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Product Details:

LuxMed®  Lyophilizer, Freeze Dryer, Freezedryer, Freezing Dryer , Lyophilization, dehydration drying- manifold system

 

LuxMed®  freeze dryer with a manifold system is a versatile laboratory instrument primarily used for simultaneously processing multiple, smaller-volume samples that are pre-frozen in individual containers outside the main chamber. 

LuxMed® freeze dryer Manifold Applications

The manifold system's design, which typically includes multiple external valve ports (e.g., 6, 8, or 12 ports), allows the attachment of various containers like round-bottom flasks, ampoules, or vials. The main applications of freeze dryers with manifolds include: 

• Pharmaceutical and Biopharmaceutical Research: A primary application is the preservation of sensitive biological and pharmaceutical materials. This includes:
  • Enzymes, proteins, and tissues.
  • Vaccines and antibiotics.
  • Serums and plasma.
  • Active pharmaceutical ingredients (APIs) and injectable formulations.
  • Diagnostic reagents.
• Academic and General Laboratory Research: Manifold freeze dryers are an essential tool in research and development settings due to their flexibility and ease of use for small-scale experiments. They are used for:
  • Preserving various biological specimens (e.g., bacteria, yeasts, plant extracts, blood cells) for long-term storage or further analysis.
  • Drying chemical samples, including those with organic solvents, as many units come with corrosion-resistant components.
  • Processing HPLC fractions (High-Performance Liquid Chromatography) to remove solvents and concentrate the desired compounds.
  • Demonstrating sublimation principles in chemistry and microbiology classes.
• Food and Nutrition Industry:
  • Preserving fruits, vegetables, and other food items for quality retention, extended shelf life, and reduced weight for transport (e.g., for camping or military rations).
  • Producing instant coffee and tea by preserving volatile aroma compounds.
  • Drying high-value nutritional products, such as royal jelly, probiotics, vitamins, and herbal extracts.
• Other Specialized Uses:
  • Preservation of cultural heritage and archaeological artifacts (e.g., water-damaged documents, textiles) by removing moisture to prevent degradation.
  • Taxidermy for preserving small animals and pets.
  • Nanotechnology for processing materials like graphene to avoid aggregation. 

The key advantage of the manifold system is its operational flexibility, allowing individual samples to be added or removed at any time during the process without interrupting the vacuum for other ongoing samples. This makes them ideal for multi-user labs and situations where different samples may have varying drying times. 

Additional Information:

• Item Code: LM-FD-MN-002
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

LuxMed® Lyophilizer/Freeze Dryer LuxMed® Lyophilization relies on the principle of sublimation, where a substance transitions directly from a solid to a gaseous state without becoming liquid. This process occurs at temperatures and pressures below the triple point of water. LuxMed® Lyophilizer and freeze dryer are two terms referring to the same piece of equipment; they are synonymous. Lyophilization, or freeze-drying, is a process that removes water from a product by freezing it, then reducing pressure and adding heat to allow the ice to sublimate (turn directly from solid to gas). This process is used to preserve heat-sensitive materials, extend shelf life, and reduce weight for storage and transportation. Here's a more detailed explanation: • Lyophilization/Freeze-Drying: This is the process itself, which involves freezing the material, then removing the water through sublimation under vacuum. • Lyophilizer/Freeze Dryer: This is the equipment used to carry out the lyophilization process. It typically includes a freezing system, a vacuum system, and a heating system to control the temperature and pressure during the process. • Key Features: Lyophilizers are designed to gently remove water from materials, preserving their structure and chemical properties. This is especially important for pharmaceuticals, biological samples, and foods that are sensitive to heat. • Applications: Lyophilization is widely used in the pharmaceutical industry for preserving drugs and vaccines, in the food industry for preserving fruits, vegetables, and other foods, and in research for preserving biological samples.

Additional Information:

• Production Capacity: as per requirement
• Delivery Time: 1 week
• Packaging Details: wooden packaging

Product Details:

Labosys® Freezedryer lyophilizers are used across industries (Pharma, Food, Biotech) to remove moisture from sensitive materials, preserving them by freezing then sublimating water, extending shelf life, maintaining structure, and making them lightweight for storage/transport, crucial for vaccines, biologics, diagnostic kits, instant foods, and preserving microbial cultures or documents. 

 

Labosys® freeze dryer (lyophilizer) is a device used for lyophilization, a low-temperature dehydration process that removes moisture through sublimation—transitioning water directly from ice to vapor under a vacuum. This method is highly valued for its ability to preserve the structural integrity, biological activity, and nutritional value of sensitive materials.

"Labosys® Core Applications

Pharmaceuticals & Biopharmaceuticals: This is the most critical application area. It is used to stabilize vaccines, antibiotics, proteins, and injectable drugs that would otherwise degrade in liquid form or under heat.

Food Industry: Used to produce high-quality, lightweight, and long-lasting foods. Common examples include instant coffee, freeze-dried fruits (e.g., strawberries in cereal), vegetables, and meals for space missions, military rations, or hiking.

Biotechnology & Research: Essential for preserving enzymes, probiotics, microbial cultures, and biological samples (like tissues or blood plasma) to maintain their viability and prevent spoilage.

Nutraceuticals & Cosmetics: Vitamins, minerals, and active ingredients in serums or lotions are freeze-dried to enhance stability and ensure long-term potency.

Chemical & Technological Industry: Used to produce fine chemicals, reagents, and nanomaterials (like graphene) in stable powder form.

Document & Heritage Conservation: Lyophilization is a specialized technique used to recover water-damaged books, historical documents, and archaeological textiles by safely removing moisture without causing further structural collapse or mold growth.

Taxidermy: Smaller animals and crustaceans are sometimes preserved via freeze-drying to maintain a lifelike appearance.

Key Benefits of Use

Extended Shelf Life: Products can often be stored for years at room temperature without refrigeration.

Additional Information:

• Item Code: LM-FRD-C
• Production Capacity: 100
• Delivery Time: Two Week
• Packaging Details: Pallet

Product Details:

Labosys®  Multi-Stage Ultrasonic System - Ultrasonic Cleaning followed by Rinsing & Drying tank.

Multi Tank or Multi Chamber Ultrasonic Cleaning machines are ideal for production lines where usually a bulk quantity has to be cleaned daily. Multi Chamber Ultrasonic Cleaning machine becomes a part of the manufacturing line which enables voluminous cleaning of different types of parts.

 A usual Multi Tank Ultrasonic Cleaning Machine comprises of the following stages; Ultrasonic Cleaning followed by Rinsing & Drying tank. However, the stages can be customised and added upto 10 tanks or more depending upon the process requirement.

 Types of Muti -Tank Ultrasonic Cleaning Machines:

​Manual – Enables manual transfer of baskets from one tank to another

·      Semi- Automatic – Enables pneumatic dunking and push slide basket arrangement

·      Fully Automatic – Enables minimum human intervention with auto basket transfer from one tank to another

Models of Ultrasonic Multi Tank Cleaning Machines:

·      ​MSUS 2 – Ultrasonic Cleaning + Heated Rinsing

·      MSUS 3- Ultrasonic Cleaning + Heated Rinsing + Drying

·     MSUS 4 – Ultrasonic Cleaning + Ultrasonic Rinsing + Heated Rinsing + Drying

Machine Features

·      ​Oil-Skimmer options

·      Low Level float sensors

·      Options of Filtration Unit

·      Low noise working modules

·      Duly Passivated tanks for longevity

·      Digital Timer & Temperature controllers

·      Fully insulated stainless steel working tanks

Additional Information:

• Item Code: MSUS02
• Production Capacity: 100
• Delivery Time: Two Week
• Packaging Details: Pallet

Product Details:

Labosys® Infrared drying ovens are used to remove moisture from a variety of materials, including paints, adhesives, and food products. They can also be used to cure, preheat, and bake materials. 

Applications

• Drying paints: Infrared drying ovens can dry water-based and solvent-based paints on glass, automobiles, and other surfaces 
• Drying powder metals: Infrared drying ovens can remove moisture from powder metal pressed parts 
• Drying food products: Infrared drying ovens can dry food products like rice, potatoes, and mangoes 
• Drying pharmaceutical webs: Infrared drying ovens can remove water from pharmaceutical webs 
• Drying coatings: Infrared drying ovens can dry coatings on glass, steel tanks, and other surfaces 
• Drying nanomaterials: Infrared drying ovens can be used to create nanomaterial-based biosensors and diagnostic devices 

How they work

• Infrared drying ovens use a light source to generate heat 
• The heat is absorbed by the material, causing the bonds within the material's molecules to vibrate 
• The vibrations increase in amplitude, and then return to normal when the material releases the energy as heat 

Factors to consider The wavelength and intensity of the radiation, The chemical makeup of the material, The size of the part being dried, The production rate, and The thermal characteristics.

Product Details:

Labosys® Mobile Charging Cart , Charging Station, Tablet Charging Station, Laptop Charging Cart.

Labosys® charging cart is a mobile unit for safely storing and charging multiple laptops, tablets, or other devices, commonly used in schools, offices, and healthcare settings. These carts typically feature secure, lockable compartments, internal cord management, and durable construction to protect devices and streamline technology management. Some models offer smart charging technology, programmable timers, and ergonomic designs for easy mobility.

Key Features and Benefits

Secure Storage:

Lockable doors provide security for valuable devices.

Device Organization:

Internal dividers and cord management systems keep devices and their cables neat and protected.

Mobility:

Durable wheels allow for easy transport of devices between classrooms or work areas.

Smart Charging:

Advanced features like smart charging technology optimize power consumption and reduce energy costs.

Programmable Timers:

Some carts include timers to manage charging cycles for different device groups.

Ergonomic Design:

Features such as adjustable heights and keyboard trays improve user comfort and efficiency.

Common Applications

Educational Institutions:

Ideal for keeping student devices charged and accessible in schools and colleges.

Corporate Offices:

Provides an organized solution for managing shared devices in shared workspaces.

Healthcare and Retail:

Offers secure and efficient charging for devices in patient care and customer service environments.

Labosys® Mobile charging carts are mobile, wheeled units designed to store and charge multiple electronic devices, such as laptops, tablets, and Chromebooks. Their primary use is in environments where devices are frequently shared, need to be transported between locations, or require centralized charging and organization, making them essential in schools, universities, hospitals, and offices to keep technology ready and accessible for daily use. 

Key Uses and Benefits

• Organization and Storage:

Charging carts provide a secure and organized way to store and charge a large number of devices, preventing clutter and ensuring devices are ready for use. 

• Mobility and Flexibility:

The wheels on these carts allow them to be easily moved between classrooms, offices, or different locations, adapting to changing space needs or distributing devices where they are needed. 

• Device Management:

They offer a practical solution for managing device lifecycles, from charging at the end of the day to preparing devices for maintenance or loaning them to users. 

• Educational Environments:

In schools, mobile charging carts are crucial for supporting one-to-one device programs and bringing technology closer to students for interactive learning. 

• Professional and Healthcare Settings:

Offices and hospitals use these carts to ensure devices are charged and available for various tasks and for loaning to patients or staff. 

How They Work

• Charging Compartments:

Each device is placed in a designated slot or tray within the cart. 

• Power Distribution:

The cart contains electrical outlets or USB ports that provide power to charge all the devices simultaneously. 

• Power Management:

Many carts include power management systems to optimize charging and protect devices. 

• Security:

 

Most carts are lockable, providing a secure environment for storing and charging devices when not in use. 

Additional Information:

• Item Code: LS-MC60-002
• Production Capacity: 1000
• Delivery Time: One Week
• Packaging Details: Box

Product Details:

LuxMed Deep freezer design considers purpose (bulk food storage, commercial use, or scientific research), necessary temperature range (-18°C to -25°C or lower), energy efficiency (eco-friendly refrigerants, robust insulation), storage capacity and organization (shelves, drawers), and convenience features like temperature alarms or fast-freeze options. Key structural choices include upright versus chest freezers, each offering different benefits for space utilization and organization, while also factoring in material durability and the specific environment it will operate in.  

Purpose & Type

• Commercial/Bulk Storage:

Freezers designed for restaurants or supermarkets focus on large capacities, robust builds for heavy use, and features like glass-top display for product visibility. 

• Scientific/Medical:

These require specialized designs for ultra-low temperatures, advanced monitoring, alarms for temperature stability, and secure storage for sensitive materials.

• Home Use:

Home deep freezers prioritize energy efficiency, convenient organization with shelves and drawers, and features like temperature alarms and fast-freeze settings for everyday use. 

Structure & Insulation

• Chest Freezers:

Offer superior insulation due to their solid lid, leading to better thermal stability and energy efficiency, making them ideal for bulk, long-term storage. 

• Upright Freezers:

Use vertical space more efficiently for a given floor footprint, making them better for compact areas and for organizing items by zone and category. 

• Insulation:

Robust and thick insulation is crucial for maintaining consistent low temperatures, reducing energy consumption, and minimizing temperature fluctuations. 

Temperature Control & Efficiency

• Ultra-Low Temperatures:

Deep freezers are designed to maintain temperatures typically between -18°C and -25°C, slowing bacterial growth and preserving items for extended periods. 

• Energy Efficiency:

Look for Energy Star-rated models and features like eco-friendly refrigerants to reduce operating costs and power consumption. 

• Temperature Alarms:

Include alarms to notify users if the temperature rises above a safe level, ensuring the integrity of frozen goods. 

Organization & Features

• Interior Features:

Designed with shelves, drawers, and compartments to allow for organized storage, making it easier to find and access items. 

• Fast Freeze:

A feature that quickly lowers temperatures, useful for cooling large amounts of newly added food items. 

• Smart Features:

Advanced models can offer convertible technology (switching between freezer and cooler modes) and integrated monitoring systems for added versatility and control. 

Additional Information:

• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

LuxMed® Lyophilizer, Freeze Dryer, Freezedryer, Freezing Dryer , Lyophilization, dehydration drying.

LuxMed®  Lyophilizer/Freeze Dryer- removes water from a product by freezing and adding heat to allow the ice to sublimate (turn directly from solid to gas). 

LuxMed® Lyophilizer and freeze dryer are two terms referring to the same piece of equipment; they are synonymous. Lyophilization, or freeze-drying, is a process that removes water from a product by freezing it, then reducing pressure and adding heat to allow the ice to sublimate (turn directly from solid to gas). This process is used to preserve heat-sensitive materials, extend shelf life, and reduce weight for storage and transportation. 

 

Here's a more detailed explanation:

• Lyophilization/Freeze-Drying:

This is the process itself, which involves freezing the material, then removing the water through sublimation under vacuum. 

• Lyophilizer/Freeze Dryer:

This is the equipment used to carry out the lyophilization process. It typically includes a freezing system, a vacuum system, and a heating system to control the temperature and pressure during the process. 

• Key Features:

Lyophilizers are designed to gently remove water from materials, preserving their structure and chemical properties. This is especially important for pharmaceuticals, biological samples, and foods that are sensitive to heat. 

• Applications:

Lyophilization is widely used in the pharmaceutical industry for preserving drugs and vaccines, in the food industry for preserving fruits, vegetables, and other foods, and in research for preserving biological samples. 

 

 

LuxMed® Lyophilization, also known as Freeze-Drying, is a process that removes water from a material by first freezing it and then reducing the pressure to allow the frozen water to sublimate (transition directly from solid to gas) without passing through the liquid phase. This method is particularly useful for preserving heat-sensitive materials like pharmaceuticals and foods, as it avoids damage from melting and allows for storage at room temperature. 

Additional Information:

• Item Code: LM-FRD-001
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: One Week

Product Details:

LuxMed® tissue embedding station for precise orientation for sectioning of tissue samples. 

Ergonomic Design:

A spacious work surface, easy access to waste drawers, and intuitive controls to enhance user experience and workflow with integrated solutions.

1.       Heated Working Surface.

2.       Forceps Warmer.

3.       Cold Plate temp upto -20°C.

4.       Paraffin Dispensing System.

5.       Mold Warmer.

6.       Temperature Control with 7 days profile timer and delay.

7.       Waste Drawer.

8.       Illumination.

LuxMed®  tissue embedding station is primarily used to prepare tissue samples for microscopic analysis by embedding them in a solidifying medium like paraffin wax. This process allows for precise orientation and sectioning of the tissue into thin slices for further examination. The station is crucial in histology and pathology labs, ensuring tissues are properly prepared for diagnosis and research. 

Here's a more detailed explanation of the uses:

• Preparing Tissue for Microscopic Examination:

The core function of a tissue embedding station is to create a solid block of tissue embedded in paraffin wax. This block can then be sliced very thinly by a microtome, and the resulting sections are mounted on slides for staining and microscopic analysis. 

• Ensuring Proper Tissue Orientation:

The embedding process allows for precise orientation of the tissue within the wax block. This is crucial for ensuring that specific regions of interest within the tissue are included in the sections and can be properly examined. 

• Standardizing Tissue Preparation:

Tissue embedding stations provide standardized protocols and controlled environments for embedding various tissue types. This helps to minimize artifacts and distortions that can occur during tissue preparation, ensuring accurate and reliable results. 

• Applications in Histology and Pathology:

Tissue embedding stations are essential tools in both histology and pathology labs. In histology, they are used for routine tissue processing for diagnostic purposes. In pathology, they are crucial for preparing tissue samples for research, drug development, and other scientific studies. 

Additional Information:

• Item Code: LM-TEC-001
• Production Capacity: 100
• Delivery Time: One Week

Product Details:

LuxMed® tissue embedding station for precise orientation for sectioning of tissue samples. 

Ergonomic Design:

A spacious work surface, easy access to waste drawers, and intuitive controls to enhance user experience and workflow with integrated solutions.

1.       Heated Working Surface.

2.       Forceps Warmer.

3.       Cold Plate temp upto -20°C.

4.       Paraffin Dispensing System.

5.       Mold Warmer.

6.       Temperature Control with 7 days profile timer and delay.

7.       Waste Drawer.

8.       Illumination.

LuxMed®  tissue embedding station is primarily used to prepare tissue samples for microscopic analysis by embedding them in a solidifying medium like paraffin wax. This process allows for precise orientation and sectioning of the tissue into thin slices for further examination. The station is crucial in histology and pathology labs, ensuring tissues are properly prepared for diagnosis and research. 

Here's a more detailed explanation of the uses:

• Preparing Tissue for Microscopic Examination:

The core function of a tissue embedding station is to create a solid block of tissue embedded in paraffin wax. This block can then be sliced very thinly by a microtome, and the resulting sections are mounted on slides for staining and microscopic analysis. 

• Ensuring Proper Tissue Orientation:

The embedding process allows for precise orientation of the tissue within the wax block. This is crucial for ensuring that specific regions of interest within the tissue are included in the sections and can be properly examined. 

• Standardizing Tissue Preparation:

Tissue embedding stations provide standardized protocols and controlled environments for embedding various tissue types. This helps to minimize artifacts and distortions that can occur during tissue preparation, ensuring accurate and reliable results. 

• Applications in Histology and Pathology:

Tissue embedding stations are essential tools in both histology and pathology labs. In histology, they are used for routine tissue processing for diagnostic purposes. In pathology, they are crucial for preparing tissue samples for research, drug development, and other scientific studies. 

Additional Information:

• Item Code: LM-TEC-003
• Production Capacity: 100
• Delivery Time: One Week

Product Details:

LuxMed® tissue embedding station for precise orientation for sectioning of tissue samples. 

Ergonomic Design:

A spacious work surface, easy access to waste drawers, and intuitive controls to enhance user experience and workflow with integrated solutions.

1.       Heated Working Surface.

2.       Forceps Warmer.

3.       Cold Plate temp upto -20°C.

4.       Paraffin Dispensing System.

5.       Mold Warmer.

6.       Temperature Control with 7 days profile timer and delay.

7.       Waste Drawer.

8.       Illumination.

LuxMed®  tissue embedding station is primarily used to prepare tissue samples for microscopic analysis by embedding them in a solidifying medium like paraffin wax. This process allows for precise orientation and sectioning of the tissue into thin slices for further examination. The station is crucial in histology and pathology labs, ensuring tissues are properly prepared for diagnosis and research. 

Here's a more detailed explanation of the uses:

• Preparing Tissue for Microscopic Examination:

The core function of a tissue embedding station is to create a solid block of tissue embedded in paraffin wax. This block can then be sliced very thinly by a microtome, and the resulting sections are mounted on slides for staining and microscopic analysis. 

• Ensuring Proper Tissue Orientation:

The embedding process allows for precise orientation of the tissue within the wax block. This is crucial for ensuring that specific regions of interest within the tissue are included in the sections and can be properly examined. 

• Standardizing Tissue Preparation:

Tissue embedding stations provide standardized protocols and controlled environments for embedding various tissue types. This helps to minimize artifacts and distortions that can occur during tissue preparation, ensuring accurate and reliable results. 

• Applications in Histology and Pathology:

Tissue embedding stations are essential tools in both histology and pathology labs. In histology, they are used for routine tissue processing for diagnostic purposes. In pathology, they are crucial for preparing tissue samples for research, drug development, and other scientific studies. 

Additional Information:

• Item Code: LM-TEC-002
• Production Capacity: 100
• Delivery Time: One Week

Product Details:

LuxMed® Vertical autoclaves Class B and Class N - sterilizing medical instruments, laboratory equipment, and other items using high-pressure steam. 

 

LuxMed®  Vertical autoclaves, also known as top-loading sterilizers, are primarily used for sterilizing medical instruments, laboratory equipment, and other items using high-pressure steam. They are essential in hospitals, dental clinics, veterinary clinics, and research laboratories for maintaining a sterile environment and preventing the spread of infections. 

Here's a more detailed look at their usage:

1. Sterilizing Medical Instruments and Equipment:

• Vertical autoclaves are crucial in hospitals and clinics for sterilizing surgical instruments, dressings, and other medical equipment. 
• They ensure that these items are free from bacteria, viruses, and other microorganisms, preventing hospital-acquired infections. 
• The high-pressure steam effectively kills all microorganisms, providing a reliable sterilization process. 

2. Sterilizing Laboratory Equipment and Supplies:

• Research, clinical, and microbiology laboratories rely heavily on autoclaves to sterilize glassware, culture media, pipettes, and biological waste.
• Sterilization is essential for maintaining the integrity and reliability of experimental results. 

3. Food and Beverage Industry:

• Vertical autoclaves are used in the food and beverage industry for sterilizing containers and equipment.
• This helps to prevent contamination and ensure the safety and quality of food products. 

4. Veterinary Clinics:

• Veterinary clinics utilize autoclaves to sterilize instruments used in animal care and surgeries.
• This ensures that animals are treated with clean and sterile equipment. 

5. Educational Institutions:

• Schools, colleges, and universities equipped with biology and chemistry labs use vertical autoclaves for sterilizing lab equipment and disposing of biohazardous waste. 

 

In summary, vertical autoclaves are versatile tools used across various industries for their ability to create a sterile environment through high-pressure steam sterilization, ensuring safety and preventing contamination. 

Additional Information:

• Item Code: LM-AT-80-001
• Production Capacity: 100

Product Details:

Mobile Charging Station

Product Summary

LUXLIGHTING CHARGING STATION are specially designed for charging device applications like tablet, mobile & laptop. LUXLIGHTING charging station are made of cold-rolled steel sheet and proceeded with Laser cutting, CNC bending, welding, and powder coated to meet industrial, ISO 9001-2015, 45001:2018 and 14001-2015 standards. All product manufactured by LUXLIGHTING conforms to standards. LUXLIGHTING charging station are in welded or CKD construction with 4 pillars. Top and bottom welded or CKD.

 

LUXLIGHTING charging station are having ventilated top and bottom cover with cut-out for cable access, Provision for Fans. Front single doors, glass/Vented/Plain/Perforated with single locks, Rear single door with vented or single locks. Side panels partially vented. charging station with 4 nos. of heavy-duty caster wheels (2 with brake and 2 nos. without brake) sliding tray or fix tray for keeping device.

Note:

• We can make customized requirements and other models on request

• Charging Station are available for 12 /24/36/48 devices charging  

 

Product Features:

• Conforms to DIN 41494 OR equivalent ISO Standards

• Adjustable 19" equipment mounting verticals provide better mounting flexibility and maximizes the usable mounting space

 • Depth adjustable mounting slots

• Precision engineering capabilities and best efficient software configuration product technology provide the best product quality and fastest delivery in the industry

• Top and bottom Panel with ventilation and cable entry provision  

• Provision to mount cooling fans on the top panel/side panel

 

Additional Information:

• Item Code: LM-CS-24A
• Production Capacity: 1000
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

Labosys® Mobile Charging Cart , Charging Station, Tablet Charging Station, Laptop Charging Cart.

Labosys®  Mobile Charging Cart - Organized, Secure, & Efficient Charging.

Labosys® charging cart is a mobile unit for safely storing and charging multiple laptops, tablets, or other devices, commonly used in schools, offices, and healthcare settings. These carts typically feature secure, lockable compartments, internal cord management, and durable construction to protect devices and streamline technology management. Some models offer smart charging technology, programmable timers, and ergonomic designs for easy mobility.

Key Features and Benefits

Secure Storage:

Lockable doors provide security for valuable devices.

Device Organization:

Internal dividers and cord management systems keep devices and their cables neat and protected.

Mobility:

Durable wheels allow for easy transport of devices between classrooms or work areas.

Smart Charging:

Advanced features like smart charging technology optimize power consumption and reduce energy costs.

Programmable Timers:

Some carts include timers to manage charging cycles for different device groups.

Ergonomic Design:

Features such as adjustable heights and keyboard trays improve user comfort and efficiency.

Common Applications

Educational Institutions:

Ideal for keeping student devices charged and accessible in schools and colleges.

Corporate Offices:

Provides an organized solution for managing shared devices in shared workspaces.

Healthcare and Retail:

Offers secure and efficient charging for devices in patient care and customer service environments.

Labosys® Mobile charging carts are mobile, wheeled units designed to store and charge multiple electronic devices, such as laptops, tablets, and Chromebooks. Their primary use is in environments where devices are frequently shared, need to be transported between locations, or require centralized charging and organization, making them essential in schools, universities, hospitals, and offices to keep technology ready and accessible for daily use. 

Key Uses and Benefits

• Organization and Storage:

Charging carts provide a secure and organized way to store and charge a large number of devices, preventing clutter and ensuring devices are ready for use. 

• Mobility and Flexibility:

The wheels on these carts allow them to be easily moved between classrooms, offices, or different locations, adapting to changing space needs or distributing devices where they are needed. 

• Device Management:

They offer a practical solution for managing device lifecycles, from charging at the end of the day to preparing devices for maintenance or loaning them to users. 

• Educational Environments:

In schools, mobile charging carts are crucial for supporting one-to-one device programs and bringing technology closer to students for interactive learning. 

• Professional and Healthcare Settings:

Offices and hospitals use these carts to ensure devices are charged and available for various tasks and for loaning to patients or staff. 

How They Work

• Charging Compartments:

Each device is placed in a designated slot or tray within the cart. 

• Power Distribution:

The cart contains electrical outlets or USB ports that provide power to charge all the devices simultaneously. 

• Power Management:

Many carts include power management systems to optimize charging and protect devices. 

Additional Information:

• Item Code: LS-50-CS-001
• Production Capacity: 1000
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

LuxMed® Dehumidifiers , Refrigerant (or compressor) Dehumidifiers, • Refrigerant Dehumidifiers,

LuxMed®    Dehumidifiers are used to reduce and maintain humidity levels in the air, primarily to prevent mold, mildew, and other moisture-related problems. They work by drawing in humid air, cooling it to condense the moisture, and then releasing drier air. 

Dehumidified air is released from a dehumidifier into a space, having had moisture removed by passing over cool coils or a desiccant material, which then condenses the water and collects it. The process involves a fan drawing in moist air, moving it over a drying mechanism to remove water, and then expelling the drier air. This dry air is often slightly warmer than the air that entered the unit.  

How Dehumidifiers Work

Dehumidifiers use one of two primary methods to remove moisture from the air: 

• Refrigerant Dehumidifiers: 

These are the most common type and use cold coils, similar to an air conditioner. 

•  
  • Air Intake: A fan pulls humid air into the unit. 

•  
  • Condensation: The air passes over cold coils that are below the dew point temperature, causing the water vapor to condense into liquid. 

•  
  • Discharge: The condensed water is collected. The air, now dry and slightly heated by the process, is then released back into the room. 

The Purpose of Dehumidified Air

• Comfort: 

Dehumidified air helps maintain a healthy and comfortable indoor environment, ideally between 40% and 60% relative humidity. 

• Health: 

Reducing humidity prevents the growth of mold, mildew, and dust mites, which can be harmful allergens. 

• Protection: 

It prevents damage to belongings such as electronics, wooden furniture, books, and clothing from excessive moisture. 

Additional Information:

• Item Code: LM-DH2000-004
• Production Capacity: 1000
• Delivery Time: One Week

Product Details:

LuxMed® Dehumidifiers , Refrigerant (or compressor) Dehumidifiers, • Refrigerant Dehumidifiers,

LuxMed® Dehumidifiers are used to reduce and maintain humidity levels in the air, primarily to prevent mold, mildew, and other moisture-related problems. They work by drawing in humid air, cooling it to condense the moisture, and then releasing drier air. 

Dehumidified air is released from a dehumidifier into a space, having had moisture removed by passing over cool coils or a desiccant material, which then condenses the water and collects it. The process involves a fan drawing in moist air, moving it over a drying mechanism to remove water, and then expelling the drier air. This dry air is often slightly warmer than the air that entered the unit.  

How Dehumidifiers Work

Dehumidifiers use one of two primary methods to remove moisture from the air: 

• Refrigerant Dehumidifiers: 

These are the most common type and use cold coils, similar to an air conditioner. 

•  
  • Air Intake: A fan pulls humid air into the unit. 

•  
  • Condensation: The air passes over cold coils that are below the dew point temperature, causing the water vapor to condense into liquid. 

•  
  • Discharge: The condensed water is collected. The air, now dry and slightly heated by the process, is then released back into the room. 

The Purpose of Dehumidified Air

• Comfort: 

Dehumidified air helps maintain a healthy and comfortable indoor environment, ideally between 40% and 60% relative humidity. 

• Health: 

Reducing humidity prevents the growth of mold, mildew, and dust mites, which can be harmful allergens. 

• Protection: 

It prevents damage to belongings such as electronics, wooden furniture, books, and clothing from excessive moisture. 

Additional Information:

• Item Code: LM-DH2000--002
• Production Capacity: 1000
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

LuxMed® Dehumidifiers , Refrigerant (or compressor) Dehumidifiers, • Refrigerant Dehumidifiers,

LuxMed®   Dehumidifiers are used to reduce and maintain humidity levels in the air, primarily to prevent mold, mildew, and other moisture-related problems. They work by drawing in humid air, cooling it to condense the moisture, and then releasing drier air. 

Dehumidified air is released from a dehumidifier into a space, having had moisture removed by passing over cool coils or a desiccant material, which then condenses the water and collects it. The process involves a fan drawing in moist air, moving it over a drying mechanism to remove water, and then expelling the drier air. This dry air is often slightly warmer than the air that entered the unit.  

How Dehumidifiers Work

Dehumidifiers use one of two primary methods to remove moisture from the air: 

• Refrigerant Dehumidifiers: 

These are the most common type and use cold coils, similar to an air conditioner. 

•  
  • Air Intake: A fan pulls humid air into the unit. 

•  
  • Condensation: The air passes over cold coils that are below the dew point temperature, causing the water vapor to condense into liquid. 

•  
  • Discharge: The condensed water is collected. The air, now dry and slightly heated by the process, is then released back into the room. 

The Purpose of Dehumidified Air

• Comfort: 

Dehumidified air helps maintain a healthy and comfortable indoor environment, ideally between 40% and 60% relative humidity. 

• Health: 

Reducing humidity prevents the growth of mold, mildew, and dust mites, which can be harmful allergens. 

• Protection: 

It prevents damage to belongings such as electronics, wooden furniture, books, and clothing from excessive moisture. 

Additional Information:

• Item Code: LM-DH-2000-001
• Production Capacity: 1000
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

LuxMed® Horizontal Laminar Air Flow (HLAF) and Vertical Laminar Flow ( VLAF), Cleanroom Equipments

Vertical laminar flow pushes air from the top down, ideal for large equipment, powders, and general sterility (protects product from user); horizontal flow pushes air from back to front, offering better protection for hands/samples in smaller tasks but can blow contaminants toward the user, making vertical generally preferred for sterility and user safety. 

Horizontal Laminar Air Flow (LAF) units provide a sterile, unidirectional stream of HEPA-filtered air from the rear of the unit horizontally across the workspace, protecting samples from contamination, making them ideal for electronics assembly, non-hazardous sample prep, and culture media work, but they are not for handling dangerous materials as air blows towards the user. Usage involves running the unit beforehand to purge air, cleaning surfaces, and working with sterile techniques to maintain a Class 100 (ISO 5) clean environment for sensitive products. 

 

Vertical Laminar Flow

• Airflow: Top-down, perpendicular to the work surface, moves contaminants down and out.
• Best For: Large equipment, soldering, fine powders, general lab sterility, stacking items.
• Pros: Protects user from contaminants, good for large items, less cross-contamination between samples, space-efficient.
• Cons: Can create turbulence, requires overhead clearance for filter changes, items can block flow. 

 

Horizontal Laminar Flow

• Airflow: Back-to-front, parallel to the work surface, flows towards the operator.
• Best For: Non-hazardous materials, odors, small component tasks where hands/gloves need protection.
• Pros: Excellent control for hands/gloves, cleaner air path for samples, no overhead clearance needed.
• Cons: Can blow contaminants toward the user's face, less working height, may require more floor space. 

 

Key Takeaway

Choose Vertical for versatility, space-saving, and user safety with larger items; choose Horizontal for protecting hands and smaller, contamination-sensitive tasks where airflow toward the operator isn't an issue. For hazardous biological work, neither is sufficient; a biosafety cabinet is required. 

Product Details:

LuxMed® Lyophilizer, Freeze Dryer, Freezedryer, Freezing Dryer , Lyophilization, dehydration drying.

LuxMed® Lyophilizer/Freeze Dryer- removes water from a product by freezing and adding heat to allow the ice to sublimate (turn directly from solid to gas). 

LuxMed® Lyophilizer and freeze dryer are two terms referring to the same piece of equipment; they are synonymous. Lyophilization, or freeze-drying, is a process that removes water from a product by freezing it, then reducing pressure and adding heat to allow the ice to sublimate (turn directly from solid to gas). This process is used to preserve heat-sensitive materials, extend shelf life, and reduce weight for storage and transportation. 

 

Here's a more detailed explanation:

• Lyophilization/Freeze-Drying:

This is the process itself, which involves freezing the material, then removing the water through sublimation under vacuum. 

• Lyophilizer/Freeze Dryer:

This is the equipment used to carry out the lyophilization process. It typically includes a freezing system, a vacuum system, and a heating system to control the temperature and pressure during the process. 

• Key Features:

Lyophilizers are designed to gently remove water from materials, preserving their structure and chemical properties. This is especially important for pharmaceuticals, biological samples, and foods that are sensitive to heat. 

• Applications:

Lyophilization is widely used in the pharmaceutical industry for preserving drugs and vaccines, in the food industry for preserving fruits, vegetables, and other foods, and in research for preserving biological samples. 

 

 

LuxMed® Lyophilization, also known as Freeze-Drying, is a process that removes water from a material by first freezing it and then reducing the pressure to allow the frozen water to sublimate (transition directly from solid to gas) without passing through the liquid phase. This method is particularly useful for preserving heat-sensitive materials like pharmaceuticals and foods, as it avoids damage from melting and allows for storage at room temperature. 

Additional Information:

• Item Code: LM-FRD-004
• Production Capacity: 100
• Delivery Time: One Month
• Packaging Details: Pallet

Product Details:

LuxMed® Drying Cabinet  - Ensure safe and fast Drying , for Hospital CSSD and Industrial Application

 

CSSD drying cabinets are used to rapidly and safely dry medical instruments, glassware, and other equipment after cleaning, which is a crucial step before sterilization or storage. They circulate controlled warm air, often with a HEPA filter, to eliminate moisture, prevent bacterial growth, and avoid contamination or corrosion. Key uses include drying surgical instruments, endoscopes, laboratory glassware, and medical consumables, and they often have features like automated cycles and RFID technology for enhanced safety and traceability.  

Primary uses in a CSSD

• Surgical instrument drying: 

After cleaning, instruments like forceps, clamps, and blades are dried to prevent rust and bacterial growth from residual moisture. 

• Endoscope drying: 

Sensitive equipment like endoscope tubes are dried completely to prevent biofilm formation and microbial growth within the channels. 

• Laboratory glassware drying: 

Test tubes, beakers, and culture dishes are dried to prevent water stains that could affect experimental accuracy. 

• Dental instrument drying: 

Precision instruments such as handpiece heads and drills are dried to protect their internal structures and prevent microbial breeding. 

• Storage of medical consumables: 

Dried items like gauze and catheters can be stored in the cabinet at a constant temperature to prevent moisture and mildew. 

Key features and benefits

• Controlled environment: 

Cabinets use controlled, warm, filtered air to ensure complete drying. 

• Efficiency: 

They replace the risk of manual wiping and traditional natural drying, speeding up the process. 

• Infection control: 

The use of HEPA filters and a closed system helps contain airborne pathogens and particulates, reducing the risk of cross-contamination. 

• Safety and traceability: 

Advanced models may use RFID technology to track instruments and personnel, which helps minimize cross-contamination risks. 

• Automated cycles: 

Many cabinets have automated cycles for heating, drying, and shutting off with a single press. 

 

LuxMed® Drying Cabinet

Cabinet dryers are used to remove moisture from various materials in a controlled environment, often for preserving food, drying fabrics, or processing other products. They work by circulating heated air within an enclosed chamber, allowing moisture to evaporate. These dryers are commonly used in rural settings for drying fruits, vegetables, and herbs, as well as in industrial settings for drying textiles and other materials. 

Here's a more detailed look at cabinet dryer use:

1. Food Preservation:

• Cabinet dryers are particularly well-suited for drying fruits, vegetables, herbs, and other food items in a controlled environment. 
• They help preserve food by reducing moisture content, which prevents spoilage and extends shelf life. 
• The process can be done in small batches, making it suitable for home use or small-scale businesses. 

Product Details:

Labosys® Bioreactor/fermenter is a vessel that provides a controlled, aseptic environment (temperature, pH, aeration, agitation) for cultivating microorganisms, cells, or tissues to produce bio-based products like pharmaceuticals, vaccines, enzymes, and beverages. While sometimes used interchangeably, fermenters generally focus on industrial, high-oxygen-demand microbial growth, whereas bioreactors constitute the broader category for cultivating diverse, often delicate, cell types. Key Components and Features:• Vessel: Typically stainless steel (for industrial scale) or glass (for lab scale), often designed for sterilization in place (SIP) or autoclaving.• Agitation/Stirring: A central shaft with impellers (agitators) ensures proper mixing of nutrients and cells.• Aeration (Sparger): Introduces oxygen (or other gases) needed for aerobic processes.• Control System: Monitors and adjusts critical parameters like temperature, pH, and dissolved oxygen to optimize yield. Types of Bioreactors/Fermenters:• Continuous Stirred Tank Reactor (CSTR): The most common industrial type, using a motor-driven agitator for intensive mixing.• Airlift Reactor: Uses air movement for mixing, reducing shear stress on cells (no moving parts).• Bubble Column: A simple cylindrical vessel with a sparger at the base.• Photobioreactor: A transparent vessel using light to grow photosynthetic cells like algae.• Packed Bed/Fluidized Bed: Used when cells are immobilized on particles. 
Key Differences Between Fermenter and BioreactorWhile the terms are often used interchangeably, this article offers a useful distinction: • Fermenter: Typically specialized for microbial fermentation (bacteria, yeast, fungi), often requiring high agitation and aeration (e.g., antibiotic or beer production).• Bioreactor: A broader, more versatile term often used for more delicate mammalian or plant cell cultures, where low-shear, precise control is prioritized. Applications:• Pharma/Biotech: Production of vaccines, monoclonal antibodies, and therapeutic proteins.• Food and Beverage: Beer, wine, and yogurt production.• Industrial Biotech: Enzymes, biofuels (ethanol), and organic acids.• Environmental: Wastewater treatment.


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Product Details:

LuxMed® Dental Autoclave's / Table Top Autoclave Class N primary application is to sterilize dental instruments and equipment, including handpieces, mirrors, probes, forceps, and trays, to prevent the spread of infection between patients. It is a crucial tool for maintaining hygiene and safety in dental practices by using high-temperature, high-pressure steam to kill microorganisms. Autoclaves are used for a wide range of materials, including wrapped or unwrapped, solid, hollow, and porous items. 

Key applications

• Instrument sterilization: Autoclaves are used to sterilize a wide variety of reusable dental instruments, such as probes, explorers, mirrors, and forceps.
• Handpiece sterilization: They are used to sterilize dental handpieces, which are essential for procedures and must be free of contaminants between uses.
• Equipment sterilization: Dental autoclaves can also sterilize other equipment, including trays, syringes, and glassware.
• Safety for all procedures: By ensuring a sterile environment, autoclaves protect both dental staff and patients during all types of dental procedures, especially those involving surgery.
• Clinical waste management: In some cases, autoclaves can be used to make clinical waste safe for disposal, such as prior to incineration.
• Academic and research use: In educational and research institutions, autoclaves are used to sterilize laboratory equipment and instruments, ensuring a clean and safe environment for students and researchers. 

LuxMed® Dental Autoclave's / Table Top Autoclave Class N  core design principle of a dental autoclave is the use of moist heat sterilization by creating high-pressure, high-temperature saturated steam within a sealed chamber to kill all microorganisms, including resistant bacterial spores. The key design elements focus on ensuring effective, safe, and reliable operation. 

Core Scientific Principles

• Moist Heat: The moisture in the steam causes the coagulation and denaturing of microbial proteins, leading to their irreversible destruction.
• Pressure-Temperature Relationship: In a sealed environment, increasing the pressure raises the boiling point of water, allowing the steam to reach temperatures higher than 100°C (typically 121°C to 134°C).
• Heat Penetration: High-pressure steam rapidly penetrates the materials and instruments, transferring latent heat efficiently as it condenses on cooler surfaces. 

Additional Information:

• Item Code: LM-TTA-N-001
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

LuxMed® Histology laboratory equipment is used to prepare and examine tissue samples under a microscope, aiding in disease diagnosis and research of cellular structures. Key instruments include microtomes for sectioning, tissue processors for automated tissue preparation, cryostats for frozen tissue sectioning, and microscopes for observation. These tools are essential for various applications, including diagnostic pathology, research and development, and education. 

Specific Equipment and their Uses:

• Microtomes:

These instruments cut thin sections (2-10 micrometers) of embedded tissue, allowing for microscopic examination. There are manual and motorized microtomes, with adjustable cutting thicknesses and feeders. 

Tissue Processors:  

These machines automate the dehydration, clearing, and infiltration of tissue samples, preparing them for embedding in paraffin. 

Embedding Centers: 

They are used to embed tissue samples in paraffin wax, creating blocks that can be sectioned by a microtome. 

• Cryostats:

Specialized instruments that rapidly freeze tissue samples, enabling sectioning without embedding. This is useful for examining fresh or frozen tissue samples. 

• Microscopes:

These are fundamental for viewing the prepared tissue sections, allowing researchers and pathologists to analyze cellular structures and tissue morphology. 

• Slide Stainers:

Automated machines that apply stains to tissue sections, highlighting specific cellular components and structures. 

• Immunostainers:

Automated machines for immunohistochemistry, which allows for the detection of specific proteins or antigens in tissue sections using antibodies. 

• Tissue Flotation Baths and Warmers:

Used to flatten and dry tissue sections on microscope slides. 

• Centrifuges:

Used to separate components of tissue samples by centrifugal force, aiding in sample preparation and analysis. 

• Slide Storage Units:

Used to store microscope slides, protecting them from contamination and damage. 

Additional Information:

• Item Code: LM-HL-001
• Production Capacity: 10
• Delivery Time: One Month
• Packaging Details: Pallet

Product Details:

LuxMed®  Laboratory Hot Air Oven ;  Laboratory Incubator, Bacteriological  Incubator. LuxMed® laboratory hot air oven is a, electrical device designed for dry heat sterilization, drying, and testing of materials (glassware, metal instruments, powders) at temperatures typically ranging from  50°C  to 300°C Utilizing convection and forced air circulation, these ovens ensure uniform heating to kill microorganisms by oxidizing, denaturing proteins, and dehydrating.LuxMed® laboratory incubator is a temperature-controlled, insulated chamber used to grow and maintain microbiological or cell cultures. It regulates temperature, humidity, and CO2 levels to create an optimal, contaminant-free environment for microorganisms, tissue cultures, or biochemical reactions. Common applications include cell culture, bacterial growth, pharmaceutical testing,Key Features and Specifications:• Construction: Generally double-walled with inner stainless steel (SS304/SS316) for corrosion resistance, outer mild steel with powder coating, and high-grade ceramic fiber/glass wool insulation to minimize heat loss.• Temperature Control: PID-based digital controllers allow for precise temperature setting and maintaining consistency, often with timer functions (e.g., 60 minutes).• Air Circulation: Motorized blowers facilitate forced air circulation to ensure even heat distribution.• Capacity: Ranges from small benchtop units (e.g., 95 liters) to larger floor-standing models.
Core Applications in Laboratory Settings: • Dry Heat Sterilization: Sterilizing Petri dishes, pipettes, test tubes, and metal instruments that cannot withstand moisture.• Glassware Drying: Completely drying glassware after washing to eliminate residual moisture.• Material Testing: Used in material science for evaluating heat resistance, deformation, and thermal testing of rubbers, plastics, and chemicals.• Baking and Curing: Applying constant, controlled heat to dry samples or cure coatings.Common Protocols & Advantages:Standard sterilization protocols typically involve holding temperatures 100°C at  for 60 minutes or 70°C for 30 minutes. Key advantages include high-temperature accuracy, durable construction, and consistent performance for sterilization.#IndiaHealth2025 #HealthcareInnovation , #MedicalEquipment   #IndianHealthcare, #autoclaves, #biosafety,   #MedicalStorage  #Healthcare, #engineering, #covid #health #leadership # #research, #medical , #cooling, #heatingandcooling #biosafety #sterilisation #sterilization #sterileprocessing #sterile #enviromental, #csr #socialinnovation, #atmanirbharbharat, #biomedical #covid19 #medicaldevices #medicalequipment #pharmaceuticalindustry #leaders #business #businessadvice  #MedTechIndia #MedicalDevices #ASCA #FDA #MakeInIndia #HealthTech #MedicalTourism #PharmaExport #YEIDA #MedicalInnovation #HealthcareExports #GlobalHealth #MedTechGrowth

Product Details:

Labosys® Bioreactor/fermenter is a vessel that provides a controlled, aseptic environment (temperature, pH, aeration, agitation) for cultivating microorganisms, cells, or tissues to produce bio-based products like pharmaceuticals, vaccines, enzymes, and beverages. While sometimes used interchangeably, fermenters generally focus on industrial, high-oxygen-demand microbial growth, whereas bioreactors constitute the broader category for cultivating diverse, often delicate, cell types. Key Components and Features:• Vessel: Typically stainless steel (for industrial scale) or glass (for lab scale), often designed for sterilization in place (SIP) or autoclaving.• Agitation/Stirring: A central shaft with impellers (agitators) ensures proper mixing of nutrients and cells.• Aeration (Sparger): Introduces oxygen (or other gases) needed for aerobic processes.• Control System: Monitors and adjusts critical parameters like temperature, pH, and dissolved oxygen to optimize yield. Types of Bioreactors/Fermenters:• Continuous Stirred Tank Reactor (CSTR): The most common industrial type, using a motor-driven agitator for intensive mixing.• Airlift Reactor: Uses air movement for mixing, reducing shear stress on cells (no moving parts).• Bubble Column: A simple cylindrical vessel with a sparger at the base.• Photobioreactor: A transparent vessel using light to grow photosynthetic cells like algae.• Packed Bed/Fluidized Bed: Used when cells are immobilized on particles. Key Differences Between Fermenter and BioreactorWhile the terms are often used interchangeably, this article offers a useful distinction: • Fermenter: Typically specialized for microbial fermentation (bacteria, yeast, fungi), often requiring high agitation and aeration (e.g., antibiotic or beer production).• Bioreactor: A broader, more versatile term often used for more delicate mammalian or plant cell cultures, where low-shear, precise control is prioritized. Applications:• Pharma/Biotech: Production of vaccines, monoclonal antibodies, and therapeutic proteins.• Food and Beverage: Beer, wine, and yogurt production.• Industrial Biotech: Enzymes, biofuels (ethanol), and organic acids.• Environmental: Wastewater treatment.#IndiaHealth2025 #HealthcareInnovation , #MedicalEquipment   #IndianHealthcare, #autoclaves, #biosafety,   #MedicalStorage  #Healthcare, #engineering, #covid #health #leadership # #research, #medical , #cooling, #heatingandcooling #biosafety #sterilisation #sterilization #sterileprocessing #sterile #enviromental, #csr #socialinnovation, #atmanirbharbharat, #biomedical #covid19 #medicaldevices #medicalequipment #pharmaceuticalindustry #leaders #business #businessadvice  #MedTechIndia #MedicalDevices #ASCA #FDA #MakeInIndia #HealthTech #MedicalTourism #PharmaExport #YEIDA #MedicalInnovation #HealthcareExports #GlobalHealth #MedTechGrowth

Product Details:

Labosys® Infrared drying ovens are used to remove moisture from a variety of materials, including paints, adhesives, and food products. They can also be used to cure, preheat, and bake materials. 

Applications

• Drying paints: Infrared drying ovens can dry water-based and solvent-based paints on glass, automobiles, and other surfaces 
• Drying powder metals: Infrared drying ovens can remove moisture from powder metal pressed parts 
• Drying food products: Infrared drying ovens can dry food products like rice, potatoes, and mangoes 
• Drying pharmaceutical webs: Infrared drying ovens can remove water from pharmaceutical webs 
• Drying coatings: Infrared drying ovens can dry coatings on glass, steel tanks, and other surfaces 
• Drying nanomaterials: Infrared drying ovens can be used to create nanomaterial-based biosensors and diagnostic devices 

How they work

• Infrared drying ovens use a light source to generate heat 
• The heat is absorbed by the material, causing the bonds within the material's molecules to vibrate 
• The vibrations increase in amplitude, and then return to normal when the material releases the energy as heat 

Factors to consider The wavelength and intensity of the radiation, The chemical makeup of the material, The size of the part being dried, The production rate, and The thermal characteristics. 

Product Details:

LuxMed® Tissue Processor , Automatic Tissue Processor, Carousel or Rotary Dip and Dunk processors

LuxMed®  tissue processor is a laboratory instrument used to prepare tissue samples for microscopic examination. It automates the steps of fixation, dehydration, clearing, and infiltration, which are crucial for preserving tissue structure and making it suitable for sectioning and staining. These instruments are essential for histopathology, pathology research, and other fields requiring detailed tissue analysis. 

LuxMed® Tissue-transfer (dip and dunk) processors, also known as carousel or rotary processors, are automated tissue processors that move tissue samples, held in baskets, between different reagent baths. These processors are a type of "open" processor, meaning the tissue is exposed to the environment during reagent changes. They are commonly used in histology labs for preparing tissue samples for microscopic examination. 

Advantages:

• Cost-effective: Generally, less expensive than enclosed processors. 
• Flexibility: Allow for customized reagent choices and processing schedules. 
• Good for smaller labs: Suitable for labs with a limited number of tissue samples. 
• Simple operation: Easier to learn and operate compared to some advanced processors. 
• Good for specialized tissues: Can be more adaptable for certain specialized tissue types. 
• Less maintenance: Often require less maintenance than more complex processors. 
• Good for specialized stains: Compatible with a wide range of special stains. 

Additional Information:

• Item Code: LM-TPR-1L
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Box

Product Details:

Labosys® Bioreactor/fermenter is a vessel that provides a controlled, aseptic environment (temperature, pH, aeration, agitation) for cultivating microorganisms, cells, or tissues to produce bio-based products like pharmaceuticals, vaccines, enzymes, and beverages. While sometimes used interchangeably, fermenters generally focus on industrial, high-oxygen-demand microbial growth, whereas bioreactors constitute the broader category for cultivating diverse, often delicate, cell types. Key Components and Features:• Vessel: Typically stainless steel (for industrial scale) or glass (for lab scale), often designed for sterilization in place (SIP) or autoclaving.• Agitation/Stirring: A central shaft with impellers (agitators) ensures proper mixing of nutrients and cells.• Aeration (Sparger): Introduces oxygen (or other gases) needed for aerobic processes.• Control System: Monitors and adjusts critical parameters like temperature, pH, and dissolved oxygen to optimize yield. Types of Bioreactors/Fermenters:• Continuous Stirred Tank Reactor (CSTR): The most common industrial type, using a motor-driven agitator for intensive mixing.• Airlift Reactor: Uses air movement for mixing, reducing shear stress on cells (no moving parts).• Bubble Column: A simple cylindrical vessel with a sparger at the base.• Photobioreactor: A transparent vessel using light to grow photosynthetic cells like algae.• Packed Bed/Fluidized Bed: Used when cells are immobilized on particles. Key Differences Between Fermenter and BioreactorWhile the terms are often used interchangeably, this article offers a useful distinction: • Fermenter: Typically specialized for microbial fermentation (bacteria, yeast, fungi), often requiring high agitation and aeration (e.g., antibiotic or beer production).• Bioreactor: A broader, more versatile term often used for more delicate mammalian or plant cell cultures, where low-shear, precise control is prioritized. Applications:• Pharma/Biotech: Production of vaccines, monoclonal antibodies, and therapeutic proteins.• Food and Beverage: Beer, wine, and yogurt production.• Industrial Biotech: Enzymes, biofuels (ethanol), and organic acids.• Environmental: Wastewater treatment.#IndiaHealth2025 #HealthcareInnovation , #MedicalEquipment   #IndianHealthcare, #autoclaves, #biosafety,   #MedicalStorage  #Healthcare, #engineering, #covid #health #leadership # #research, #medical , #cooling, #heatingandcooling #biosafety #sterilisation #sterilization #sterileprocessing #sterile #enviromental, #csr #socialinnovation, #atmanirbharbharat, #biomedical #covid19 #medicaldevices #medicalequipment #pharmaceuticalindustry #leaders #business #businessadvice  #MedTechIndia #MedicalDevices #ASCA #FDA #MakeInIndia #HealthTech #MedicalTourism #PharmaExport #YEIDA #MedicalInnovation #HealthcareExports #GlobalHealth #MedTechGrowth

Product Details:

LuxMed®  Histology lab equipment is used to prepare and examine tissue samples under a microscope, aiding in disease diagnosis and research of cellular structures. Key instruments include microtomes for sectioning, tissue processors for automated tissue preparation, cryostats for frozen tissue sectioning, and microscopes for observation. These tools are essential for various applications, including diagnostic pathology, research and development, and education. 

Specific Equipment and their Uses:

• Microtomes:

These instruments cut thin sections (2-10 micrometers) of embedded tissue, allowing for microscopic examination. There are manual and motorized microtomes, with adjustable cutting thicknesses and feeders. 

• Tissue Processors:

These machines automate the dehydration, clearing, and infiltration of tissue samples, preparing them for embedding in paraffin. 

• Embedding Centers:

They are used to embed tissue samples in paraffin wax, creating blocks that can be sectioned by a microtome. 

• Cryostats:

Specialized instruments that rapidly freeze tissue samples, enabling sectioning without embedding. This is useful for examining fresh or frozen tissue samples. 

• Microscopes:

These are fundamental for viewing the prepared tissue sections, allowing researchers and pathologists to analyze cellular structures and tissue morphology. 

• Slide Stainers:

Automated machines that apply stains to tissue sections, highlighting specific cellular components and structures. 

• Immunostainers:

Automated machines for immunohistochemistry, which allows for the detection of specific proteins or antigens in tissue sections using antibodies. 

• Tissue Flotation Baths and Warmers:

Used to flatten and dry tissue sections on microscope slides. 

• Centrifuges:

Used to separate components of tissue samples by centrifugal force, aiding in sample preparation and analysis. 

• Slide Storage Units:

Used to store microscope slides, protecting them from contamination and damage. 

Additional Information:

• Delivery Time: 15 days
• Packaging Details: pallet

Product Details:

LuxMed® tissue embedding station for precise orientation for sectioning of tissue samples. 

Ergonomic Design:

A spacious work surface, easy access to waste drawers, and intuitive controls to enhance user experience and workflow with integrated solutions.

1.       Heated Working Surface.

2.       Forceps Warmer.

3.       Cold Plate temp upto -20°C.

4.       Paraffin Dispensing System.

5.       Mold Warmer.

6.       Temperature Control with 7 days profile timer and delay.

7.       Waste Drawer.

8.       Illumination.

LuxMed®  tissue embedding station is primarily used to prepare tissue samples for microscopic analysis by embedding them in a solidifying medium like paraffin wax. This process allows for precise orientation and sectioning of the tissue into thin slices for further examination. The station is crucial in histology and pathology labs, ensuring tissues are properly prepared for diagnosis and research. 

Here's a more detailed explanation of the uses:

• Preparing Tissue for Microscopic Examination:

The core function of a tissue embedding station is to create a solid block of tissue embedded in paraffin wax. This block can then be sliced very thinly by a microtome, and the resulting sections are mounted on slides for staining and microscopic analysis. 

• Ensuring Proper Tissue Orientation:

The embedding process allows for precise orientation of the tissue within the wax block. This is crucial for ensuring that specific regions of interest within the tissue are included in the sections and can be properly examined. 

• Standardizing Tissue Preparation:

Tissue embedding stations provide standardized protocols and controlled environments for embedding various tissue types. This helps to minimize artifacts and distortions that can occur during tissue preparation, ensuring accurate and reliable results. 

• Applications in Histology and Pathology:

Tissue embedding stations are essential tools in both histology and pathology labs. In histology, they are used for routine tissue processing for diagnostic purposes. In pathology, they are crucial for preparing tissue samples for research, drug development, and other scientific studies. 

Additional Information:

• Item Code: LM-TPS-001
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Box

Product Details:

LuxMed® Medical waste shredders are high-torque, industrial-grade machines used to mechanically destroy and downsize hazardous healthcare materials to prevent reuse and ensure safe disposal. Their primary application is to render medical waste—such as sharps, plastics, and contaminated glass—into unrecognizable fragments, which significantly reduces the volume of waste and facilitates further treatment like sterilization.
LuxMed® Medical waste Core Applications and Use Cases Volume Reduction: Shredders can reduce the bulk of medical waste by up to 70%, making it easier and more cost-effective to transport, store, and manage. Preventing Reuse: By grinding sharps, syringes, and surgical tools into fine particles, shredders ensure these items cannot be illegally scavenged or reused, thereby preventing the spread of infections like HIV or Hepatitis. Pre-Treatment for Sterilization: Many facilities shred waste before autoclaving (steam sterilization). This increases the surface area exposed to heat, ensuring a more thorough and efficient decontamination process. Regulatory Compliance: Using a shredder is often a legal requirement for treating "Red Bag" and "Yellow Bag" waste before it can be legally disposed of in landfills as ordinary municipal waste.
Types of Waste Processed LuxMed® Medical shredders are designed to handle a wide range of materials typically found in healthcare settings: Sharps & Metal: Needles, scalpel blades, lancets, and small surgical instruments. Plastics: Syringes, IV bottles, catheters, blood bags, and blister packs. Glass: Ampoules, vials, and laboratory glassware. Textiles: Bed sheets, masks, gloves, and protective suits. Confidential Records: X-rays and patient records that require secure destruction for privacy compliance. LuxMed® Industry Standards and Equipment Shredders are commonly used by hospitals, clinics, diagnostic laboratories, and centralized biomedical waste treatment facilities (CBMWTFs). They typically fall into two categories: Single-Shaft Shredders: Best for high percentages of soft materials like textiles and non-woven fabrics. Double-Shaft Shredders: Ideal for high-throughput processing of varied waste, including rigid plastics and metals. Many modern systems, such as the Sterilwave or ISS (Integrated Sterilizer and Shredder), combine shredding and sterilization in a single automated cycle to minimize manual handling of infectious waste. Are you looking for specifications for a specific facility size, or do you need help finding manufacturers and pricing in your region? LuxMed® Medical waste shredder design focuses on mechanically reducing the volume of hazardous materials and rendering them unrecognizable to prevent reuse and facilitate sterilization. These machines are typically engineered as dual-shaft systems using high-torque, low-speed cutting technology to handle diverse materials like plastics, glass, fabrics, and stainless steel instruments.
#IndiaHealth2025 #HealthcareInnovation , #MedicalEquipment #IndianHealthcare, #autoclaves, #biosafety, #MedicalStorage #Healthcare, #engineering, #covid #health #leadership # #research, #medical , #cooling, #heatingandcooling #biosafety #sterilisation #sterilization #sterileprocessing #sterile #enviromental, #csr #socialinnovation, #atmanirbharbharat, #biomedical #covid19 #medicaldevices #medicalequipment #pharmaceuticalindustry #leaders #business #businessadvice #MedTechIndia #MedicalDevices #ASCA #FDA #MakeInIndia #HealthTech #MedicalTourism #PharmaExport #YEIDA #MedicalInnovation #HealthcareExports #GlobalHealth #MedTechGrowth

Product Details:

LuxMed® Medical waste shredders are high-torque, industrial-grade machines used to mechanically destroy and downsize hazardous healthcare materials to prevent reuse and ensure safe disposal. Their primary application is to render medical waste—such as sharps, plastics, and contaminated glass—into unrecognizable fragments, which significantly reduces the volume of waste and facilitates further treatment like sterilization.
LuxMed® Medical waste Core Applications and Use Cases Volume Reduction: Shredders can reduce the bulk of medical waste by up to 70%, making it easier and more cost-effective to transport, store, and manage. Preventing Reuse: By grinding sharps, syringes, and surgical tools into fine particles, shredders ensure these items cannot be illegally scavenged or reused, thereby preventing the spread of infections like HIV or Hepatitis. Pre-Treatment for Sterilization: Many facilities shred waste before autoclaving (steam sterilization). This increases the surface area exposed to heat, ensuring a more thorough and efficient decontamination process. Regulatory Compliance: Using a shredder is often a legal requirement for treating "Red Bag" and "Yellow Bag" waste before it can be legally disposed of in landfills as ordinary municipal waste.
Types of Waste Processed LuxMed® Medical shredders are designed to handle a wide range of materials typically found in healthcare settings: Sharps & Metal: Needles, scalpel blades, lancets, and small surgical instruments. Plastics: Syringes, IV bottles, catheters, blood bags, and blister packs. Glass: Ampoules, vials, and laboratory glassware. Textiles: Bed sheets, masks, gloves, and protective suits. Confidential Records: X-rays and patient records that require secure destruction for privacy compliance. LuxMed® Industry Standards and Equipment Shredders are commonly used by hospitals, clinics, diagnostic laboratories, and centralized biomedical waste treatment facilities (CBMWTFs). They typically fall into two categories: Single-Shaft Shredders: Best for high percentages of soft materials like textiles and non-woven fabrics. Double-Shaft Shredders: Ideal for high-throughput processing of varied waste, including rigid plastics and metals. Many modern systems, such as the Sterilwave or ISS (Integrated Sterilizer and Shredder), combine shredding and sterilization in a single automated cycle to minimize manual handling of infectious waste. Are you looking for specifications for a specific facility size, or do you need help finding manufacturers and pricing in your region? LuxMed® Medical waste shredder design focuses on mechanically reducing the volume of hazardous materials and rendering them unrecognizable to prevent reuse and facilitate sterilization. These machines are typically engineered as dual-shaft systems using high-torque, low-speed cutting technology to handle diverse materials like plastics, glass, fabrics, and stainless steel instruments.
#IndiaHealth2025 #HealthcareInnovation , #MedicalEquipment #IndianHealthcare, #autoclaves, #biosafety, #MedicalStorage #Healthcare, #engineering, #covid #health #leadership # #research, #medical , #cooling, #heatingandcooling #biosafety #sterilisation #sterilization #sterileprocessing #sterile #enviromental, #csr #socialinnovation, #atmanirbharbharat, #biomedical #covid19 #medicaldevices #medicalequipment #pharmaceuticalindustry #leaders #business #businessadvice #MedTechIndia #MedicalDevices #ASCA #FDA #MakeInIndia #HealthTech #MedicalTourism #PharmaExport #YEIDA #MedicalInnovation #HealthcareExports #GlobalHealth #MedTechGrowth

Product Details:

LuxMed® Medical waste shredders are high-torque, industrial-grade machines used to mechanically destroy and downsize hazardous healthcare materials to prevent reuse and ensure safe disposal. Their primary application is to render medical waste—such as sharps, plastics, and contaminated glass—into unrecognizable fragments, which significantly reduces the volume of waste and facilitates further treatment like sterilization.
LuxMed® Medical waste Core Applications and Use Cases Volume Reduction: Shredders can reduce the bulk of medical waste by up to 70%, making it easier and more cost-effective to transport, store, and manage. Preventing Reuse: By grinding sharps, syringes, and surgical tools into fine particles, shredders ensure these items cannot be illegally scavenged or reused, thereby preventing the spread of infections like HIV or Hepatitis. Pre-Treatment for Sterilization: Many facilities shred waste before autoclaving (steam sterilization). This increases the surface area exposed to heat, ensuring a more thorough and efficient decontamination process. Regulatory Compliance: Using a shredder is often a legal requirement for treating "Red Bag" and "Yellow Bag" waste before it can be legally disposed of in landfills as ordinary municipal waste.
Types of Waste Processed LuxMed® Medical shredders are designed to handle a wide range of materials typically found in healthcare settings: Sharps & Metal: Needles, scalpel blades, lancets, and small surgical instruments. Plastics: Syringes, IV bottles, catheters, blood bags, and blister packs. Glass: Ampoules, vials, and laboratory glassware. Textiles: Bed sheets, masks, gloves, and protective suits. Confidential Records: X-rays and patient records that require secure destruction for privacy compliance. LuxMed® Industry Standards and Equipment Shredders are commonly used by hospitals, clinics, diagnostic laboratories, and centralized biomedical waste treatment facilities (CBMWTFs). They typically fall into two categories: Single-Shaft Shredders: Best for high percentages of soft materials like textiles and non-woven fabrics. Double-Shaft Shredders: Ideal for high-throughput processing of varied waste, including rigid plastics and metals. Many modern systems, such as the Sterilwave or ISS (Integrated Sterilizer and Shredder), combine shredding and sterilization in a single automated cycle to minimize manual handling of infectious waste. Are you looking for specifications for a specific facility size, or do you need help finding manufacturers and pricing in your region? LuxMed® Medical waste shredder design focuses on mechanically reducing the volume of hazardous materials and rendering them unrecognizable to prevent reuse and facilitate sterilization. These machines are typically engineered as dual-shaft systems using high-torque, low-speed cutting technology to handle diverse materials like plastics, glass, fabrics, and stainless steel instruments.
#IndiaHealth2025 #HealthcareInnovation , #MedicalEquipment #IndianHealthcare, #autoclaves, #biosafety, #MedicalStorage #Healthcare, #engineering, #covid #health #leadership # #research, #medical , #cooling, #heatingandcooling #biosafety #sterilisation #sterilization #sterileprocessing #sterile #enviromental, #csr #socialinnovation, #atmanirbharbharat, #biomedical #covid19 #medicaldevices #medicalequipment #pharmaceuticalindustry #leaders #business #businessadvice #MedTechIndia #MedicalDevices #ASCA #FDA #MakeInIndia #HealthTech #MedicalTourism #PharmaExport #YEIDA #MedicalInnovation #HealthcareExports #GlobalHealth #MedTechGrowth

Product Details:

LuxMed® Walk in chambers ; Stability Chamber; Medicinal Stability Chamber; Chamber, Cold Room;
A stability chamber is a specialized piece of equipment that controls temperature and humidity to simulate real-world environmental conditions. They are used to test products and determine their shelf life.
Uses Drug stability studies: Pharmaceutical companies use stability chambers to test the shelf life of drugs and ensure their quality and safety. Shelf-life testing: Stability chambers are used to test the shelf life of packaged products. Insect hatching: Stability chambers are used for large-scale biological research, such as insect hatching. Electrical components: Stability chambers are used to test sensitive electrical components. Industrial materials: Stability chambers are used to test industrial materials.

How it works Stability chambers maintain a controlled temperature and humidity. The chamber exposes the product to different environmental conditions. The chamber monitors the product's behavior under these conditions. The chamber helps scientists determine how the product will perform over time.
Features Stability chambers are made of corrosion-resistant stainless steel. The chamber has sensors to monitor temperature and humidity levels. The chamber has data loggers to receive and transmit information. Stability chambers are used to test products in controlled conditions to assess their performance and quality over time. They are used in many industries, including pharmaceuticals, cosmetics, and construction.
Uses Pharmaceuticals Stability chambers are used to test the shelf life of drugs by exposing them to different temperatures, humidity levels, and light. This helps manufacturers ensure the safety and quality of their medications.
Cosmetics Stability chambers are used to test the quality of cosmetics and personal care products over time.
Construction * Stability chambers are used to test the durability of materials like concrete, metals, and composites under different environmental conditions. * Scientific studies Stability chambers are used in research labs at universities for scientific studies.
How they work Stability chambers maintain a controlled temperature and humidity level. Products are exposed to different conditions to see how they respond. Researchers can observe the products over time to predict their shelf life and expiration date.

#engineering #covid #health #leadership #research #opensource #patents #sustainabledevelopment #climatechange #environment #medical #solar #energy #development #controller, #temperatures #temperaturecontrol #temperaturecontrolled #autoclaves #coolingtower #cooling #heatingandcooling #biosafety #sterilisation #sterilization #sterileprocessing #sterile #enviromental #socialimpact #csr #socialinnovation #finance #industry #atmanirbharbharat #makeinindia #biomedical #covid19 #medicaldevices #medicalequipment #pharmaceuticalindustry #leaders #business #businessadvice #jobboard #recruitment #recruitmentservices

Product Details:

Labosys®  Multi-Stage Ultrasonic System - Ultrasonic Cleaning followed by Rinsing & Drying tank.

Multi Tank or Multi Chamber Ultrasonic Cleaning machines are ideal for production lines where usually a bulk quantity has to be cleaned daily. Multi Chamber Ultrasonic Cleaning machine becomes a part of the manufacturing line which enables voluminous cleaning of different types of parts.

 A usual Multi Tank Ultrasonic Cleaning Machine comprises of the following stages; Ultrasonic Cleaning followed by Rinsing & Drying tank. However, the stages can be customised and added upto 10 tanks or more depending upon the process requirement.

 Types of Muti -Tank Ultrasonic Cleaning Machines:

​Manual – Enables manual transfer of baskets from one tank to another

·      Semi- Automatic – Enables pneumatic dunking and push slide basket arrangement

·      Fully Automatic – Enables minimum human intervention with auto basket transfer from one tank to another

Models of Ultrasonic Multi Tank Cleaning Machines:

·      ​MSUS 2 – Ultrasonic Cleaning + Heated Rinsing

·      MSUS 3- Ultrasonic Cleaning + Heated Rinsing + Drying

·     MSUS 4 – Ultrasonic Cleaning + Ultrasonic Rinsing + Heated Rinsing + Drying

Machine Features

·      ​Oil-Skimmer options

·      Low Level float sensors

·      Options of Filtration Unit

·      Low noise working modules

·      Duly Passivated tanks for longevity

·      Digital Timer & Temperature controllers

·      Fully insulated stainless steel working tanks

Additional Information:

• Item Code: MSUS04
• Production Capacity: 100
• Delivery Time: Two Week
• Packaging Details: Pallet

Product Details:

Labosys®  Multi-Stage Ultrasonic System - Ultrasonic Cleaning followed by Rinsing & Drying tank.

Multi Tank or Multi Chamber Ultrasonic Cleaning machines are ideal for production lines where usually a bulk quantity has to be cleaned daily. Multi Chamber Ultrasonic Cleaning machine becomes a part of the manufacturing line which enables voluminous cleaning of different types of parts.

 A usual Multi Tank Ultrasonic Cleaning Machine comprises of the following stages; Ultrasonic Cleaning followed by Rinsing & Drying tank. However, the stages can be customised and added upto 10 tanks or more depending upon the process requirement.

 Types of Muti -Tank Ultrasonic Cleaning Machines:

​Manual – Enables manual transfer of baskets from one tank to another

·      Semi- Automatic – Enables pneumatic dunking and push slide basket arrangement

·      Fully Automatic – Enables minimum human intervention with auto basket transfer from one tank to another

Models of Ultrasonic Multi Tank Cleaning Machines:

·      ​MSUS 2 – Ultrasonic Cleaning + Heated Rinsing

·      MSUS 3- Ultrasonic Cleaning + Heated Rinsing + Drying

·     MSUS 4 – Ultrasonic Cleaning + Ultrasonic Rinsing + Heated Rinsing + Drying

Machine Features

·      ​Oil-Skimmer options

·      Low Level float sensors

·      Options of Filtration Unit

·      Low noise working modules

·      Duly Passivated tanks for longevity

·      Digital Timer & Temperature controllers

·      Fully insulated stainless steel working tanks

Additional Information:

• Item Code: MSUS03
• Production Capacity: 100
• Delivery Time: Two Week

Product Details:

Labosys® Infrared drying ovens are used to remove moisture from a variety of materials, including paints, adhesives, and food products. They can also be used to cure, preheat, and bake materials. 

Applications

• Drying paints: Infrared drying ovens can dry water-based and solvent-based paints on glass, automobiles, and other surfaces 
• Drying powder metals: Infrared drying ovens can remove moisture from powder metal pressed parts 
• Drying food products: Infrared drying ovens can dry food products like rice, potatoes, and mangoes 
• Drying pharmaceutical webs: Infrared drying ovens can remove water from pharmaceutical webs 
• Drying coatings: Infrared drying ovens can dry coatings on glass, steel tanks, and other surfaces 
• Drying nanomaterials: Infrared drying ovens can be used to create nanomaterial-based biosensors and diagnostic devices 

How they work

• Infrared drying ovens use a light source to generate heat 
• The heat is absorbed by the material, causing the bonds within the material's molecules to vibrate 
• The vibrations increase in amplitude, and then return to normal when the material releases the energy as heat 

Factors to consider The wavelength and intensity of the radiation, The chemical makeup of the material, The size of the part being dried, The production rate, and The thermal characteristics

Product Details:

Refrigerated Container, Freezer Container -23°C, Cold Room, Portable Cold Room. (For Military / Commercial Use) Labosys® Refrigerated Container (For Military / Commercial Use) are used in several sectors globally including suppliers of fresh produce, pharmaceuticals, florists and hospitals just to name a few. We manufacture and bring these refrigerated containers into the country regularly and always have stock. Model : LS-CFRD-10F ,LS-CFRD-20F & LS-CFRD-40F. » Multi-temperature refrigeration offer separate freezer and fridge sections » Moveable bulkhead separates two refrigeration zones » Integral diesel generator set » Designed and qualified to Military / Commercial standards Labosys® 10ft Military / Commercial Refrigerated Container offers multi-temperature zone refrigeration. The system has a moveable bulkhead to allow for separate fridge and freezer zones. The Military / Commercial Refrigerated Container is equipped with a diesel generator set that powers the refrigeration unit during transport or food distribution in the field. Labosys® 10ft Military / Commercial Refrigerated Containers are designed and qualified to a multitude of Military / Commercial tests including: Vibration, Category A1 and B2 Cooling, Category C0 Cold Climate, Driving Rain, Salt/Corrosion, and Power Source/Fuel. Labosys®’s Military / Commercial grade shipping containers have established themselves as the best containers on the market through years of improvement to design and development to adhere to the strict standards required by the defense industry. Labosys® Military / Commercial Grade Containers have been used by Armed Forces around the world for the storage and transport of food and medicine. Labosys® Military / Commercial customers. . Interior of 10ft Military / Commercial Refrigerated Container Military / Commercial Surplus Containers Interior with shelving and moveable bulkhead for dual/multiple temperature zones Additional Features of the 10ft Military / Commercial Refrigerated Container » Multi-temperature refrigeration offering separate freezer and fridge sections. » Moveable bulkhead can be stowed in either direction. » Genset powers the refrigeration unit during transit or food distribution. » Reefer unit and genset are separate units and can operate independently. » Alarm system with blackout lighting in tactical mode. » Easy operability—designed for use by cooks & soldiers. » OPTIONS: Shelving, Dual voltage, air curtains, datalogger, GSM, and satellite communication system. Our Refrigerated Military / Commercial Transport Containers Comply With Stringent Standards Labosys® Military / Commercial refrigerated container from Labosys® meets the test specifications of the Military / Commercial and defense industry in several critical areas: Vibration testing – Our Military / Commercial reefer units comply with test requirements regarding vibration. Category A1 and B2 cooling – There are several categories related to equipment testing at temperature and altitude. Our refrigerated Military / Commercial shipping containers meet the A1 requirements that apply to equipment installed in a controlled temperature and pressurized location on an aircraft where pressures typically do not extend below the altitude equivalent of 15,000 feet. Our containers also meet the B2 category guidelines pertaining to equipment installed in non-controlled temperature and non-pressurized environments on aircraft flown at altitudes up to 25,000 feet. Driving rain testing – Many building owners are replacing traditional roof cladding with photovoltaic (PV) modules to make the transition to solar power. These modules must be able to withstand heavy rains to ensure a tight seal that minimizes the risk of leakage.

Additional Information:

• Delivery Time: 15 week

Product Details:

Labosys®  Multi-Stage Ultrasonic System - Ultrasonic Cleaning followed by Rinsing & Drying tank.

Multi Tank or Multi Chamber Ultrasonic Cleaning machines are ideal for production lines where usually a bulk quantity has to be cleaned daily. Multi Chamber Ultrasonic Cleaning machine becomes a part of the manufacturing line which enables voluminous cleaning of different types of parts.

 A usual Multi Tank Ultrasonic Cleaning Machine comprises of the following stages; Ultrasonic Cleaning followed by Rinsing & Drying tank. However, the stages can be customised and added upto 10 tanks or more depending upon the process requirement.

 Types of Muti -Tank Ultrasonic Cleaning Machines:

​Manual – Enables manual transfer of baskets from one tank to another

·      Semi- Automatic – Enables pneumatic dunking and push slide basket arrangement

·      Fully Automatic – Enables minimum human intervention with auto basket transfer from one tank to another

Models of Ultrasonic Multi Tank Cleaning Machines:

·      ​MSUS 2 – Ultrasonic Cleaning + Heated Rinsing

·      MSUS 3- Ultrasonic Cleaning + Heated Rinsing + Drying

·     MSUS 4 – Ultrasonic Cleaning + Ultrasonic Rinsing + Heated Rinsing + Drying

Machine Features

·      ​Oil-Skimmer options

·      Low Level float sensors

·      Options of Filtration Unit

·      Low noise working modules

·      Duly Passivated tanks for longevity

·      Digital Timer & Temperature controllers

·      Fully insulated stainless steel working tanks

Additional Information:

• Item Code: MSUS3
• Production Capacity: 100
• Delivery Time: Two Week
• Packaging Details: Pallet

Product Details:

LaboSys® Refrigerated Container (For Military / Commercial Use) are used in several sectors globally including suppliers of fresh produce, pharmaceuticals, florists and hospitals just to name a few. We manufacture and bring these refrigerated containers into the country regularly and always have stock. Model: LS-CFRD-10F, LS-CFRD-20F & LS-CFRD-40F. » Multi-temperature refrigeration offers separate freezer and fridge sections » Moveable bulkhead separates two refrigeration zones » Integral diesel generator set » Designed and qualified to Military / Commercial standards LaboSys® 10ft Military / Commercial Refrigerated Container offers multi-temperature zone refrigeration. The system has a moveable bulkhead to allow for separate fridge and freezer zones. The Military / Commercial Refrigerated Container is equipped with a diesel generator set that powers the refrigeration unit during transport or food distribution in the field. LaboSys® 10ft Military / Commercial Refrigerated Containers are designed and qualified to a multitude of Military / Commercial tests including: Vibration, Category A1 and B2 Cooling, Category C0 Cold Climate, Driving Rain, Salt/Corrosion, and Power Source/Fuel. LaboSys® Military / Commercial grade shipping containers have established themselves as the best containers on the market through years of improvement to design and development to adhere to the strict standards required by the defense industry. LaboSys® Military / Commercial Grade Containers have been used by Armed Forces around the world for the storage and transport of food and medicine. LaboSys® Military / Commercial Customers. Interior of 10ft Military / Commercial Refrigerated Container Military / Commercial Surplus Containers Interior with shelving and moveable bulkhead for dual/multiple temperature zones Additional Features of the 10ft Military / Commercial Refrigerated Container » Multi-temperature refrigeration offering separate freezer and fridge sections. » Moveable bulkhead can be stowed in either direction. » Genset powers the refrigeration unit during transit or food distribution. » Reefer unit and genset are separate units and can operate independently. » Alarm system with blackout lighting in tactical mode. » Easy operability—designed for use by cooks & soldiers. » OPTIONS: Shelving, Dual voltage, air curtains, datalogger, GSM, and satellite communication system.