Laboratory Equipment

Product Details:

Tissue Embedding System, Embedding Station, Wax Despenser, Histology Cold plate, Cold plate,  Tissue Embedding Center; Lab Tissue Embedding Systems; Tissue Processing, Embedding and Sectioning; Tissue Embedding & Cooling System; Tissue Embedding; Embedding Workstation; Embedding Centers; Tissue Embedding Station; Paraffin Embedding Machine; Tissue Embedding System ,  Laboratory Tissue Embedder

;

LuxMed®  Tissue Embedding System is used to encase tissue samples in paraffin wax, enabling thin slicing for microscopic examination.

 

A tissue embedding station is primarily used to prepare tissue samples for microscopic analysis by embedding them in a solidifying medium like paraffin wax, allowing for precise orientation and sectioning of the tissue into thin slices for further examination under a microscope, typically in histology and pathology laboratories; essentially, it creates tissue blocks for analysis by embedding processed tissue within a mold filled with melted paraffin wax that then cools and solidifies around the tissue.

 

Key functions of a tissue embedding station:

·       Precise tissue orientation: Allows for careful placement of the tissue within the mold to ensure the desired sectioning plane is achieved.

·       Temperature control: Maintains optimal temperature for melting and solidifying the embedding medium (like paraffin).

·       Cooling plate: Rapidly cools the paraffin block after embedding to solidify the tissue.

·       Paraffin dispensing: Provides a controlled way to dispense molten paraffin onto the tissue.

·       Mold storage: Holds tissue cassettes and molds during the embedding process.

·       Applications of tissue embedding stations:

·       Medical diagnosis: Examining tissue biopsies for disease detection in pathology laboratories.

·       Research studies: Analyzing tissue samples for cellular and molecular characteristics in biomedical research.

·       Forensic analysis: Examining tissue samples for forensic investigations

 

 

Design Idea's

A tissue embedding station is designed to encase tissue samples in paraffin wax, which allows for thin slicing for microscopic examination.

 

Features

·       Temperature control: Allows for precise temperature adjustment from ambient to 99℃

·       Working surface: Spacious working surface that can accommodate multiple samples being processed simultaneously

·       Lighting: LED upper lighting system to illuminate and aid in the precise positioning of small tissue samples.

 

·       Cold plate: Cools the tissue block

Additional Information:

• Item Code: EMBD004
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

Features:

1. Microprocessor Control for temperature, made in the India.

2. The Embedding Module and Cryo Module can be assembled freely

3. Flexible heating mechanism, Dual-protection; Safe, Reliable and

Energy-Saving

4. Fully programmable computer controls allow automatic system start

and stop anytime within a week

5. Automatic Memory and Restoration: After start, all preset temperature

data are automatically stored.

6. Paraffin Chamber, Paraffin Dispenser, Left and Right Thermal Storage

Compartments, and Heating Plate (working area) are individually controlled

Optional:

8. LuxMed -TEI Cooling Plate:

9. Working Temp.: RT-40℃, Temp. can not be adjustable. The lowest can be -30℃.

10. Working Size: 320*300mm

 

 

Specifications of Paraffin Dispensing Unit

1. Capacity of paraffin Tank between 3-5 litres.

2. Capacity of Thermal Chambers for storage of molds: min 1.8 litres.

3. Temp. Range of paraffin Tank: 50-70° C.

4. Temp. Range of thermal chamber: 50-70° C.

5. Temp. Range of Hot plates & forceps wells: 50-70° C

6. Embedding Station have a connection for electrically heated forceps.

7. Embedding Station have six heated wells for normal forceps 3 on either side of the

wax dispensing line.

8. Embedding Station have Precisely metered and adjustable gravity feed paraffin

dispenser to deliver the right amount of paraffin.

9. Embedding Station have both finger touch plate and foot switch for control of paraffin flow.

10. Embedding Station have a large warm working surface on either side for min 10

cassettes on each side.

11. Embedding Station have dor matrix 7 segment display.

12. Embedding Station have a Magnifying lens adjustable In any position, large

13. Cold spot & illumination for specimen orientation.

Specifications of Cold Console

1. Capacity of freezing up to 60 blocks at a time.

2. Temp. Range of cold plate: 0-120C, adjustable in steps of 10 C.

3. Compressor to be extra quiet to reduce noise fatigue.

4. Cold Console can work independently without switching on dispensing console.

5. The system Work on 220-240 V,50 Hz. and use CFC free gas and the

having ISO certification.

6. Standard supply with 1000 Nos. Plastic Embedding Rings for making paraffin blocks.

7. LuxMed will provides all Certificate of calibration and inspection.

Additional Information:

• Item Code: LM-ES-LD-2024-A
• Production Capacity: 100
• Delivery Time: 30 days
• Packaging Details: Pallet

Product Details:

Features:

1. Microprocessor Control for temperature, made in the India.

2. The Embedding Module and Cryo Module can be assembled freely

3. Flexible heating mechanism, Dual-protection; Safe, Reliable and

Energy-Saving

4. Fully programmable computer controls allow automatic system start

and stop anytime within a week

5. Automatic Memory and Restoration: After start, all preset temperature

data are automatically stored.

6. Paraffin Chamber, Paraffin Dispenser, Left and Right Thermal Storage

Compartments, and Heating Plate (working area) are individually controlled

Optional:

8. LuxMed -TEI Cooling Plate:

9. Working Temp.: RT-40℃, Temp. can not be adjustable. The lowest can be -30℃.

10. Working Size: 320*300mm

 

 

Specifications of Paraffin Dispensing Unit

1. Capacity of paraffin Tank between 3-5 litres.

2. Capacity of Thermal Chambers for storage of molds: min 1.8 litres.

3. Temp. Range of paraffin Tank: 50-70° C.

4. Temp. Range of thermal chamber: 50-70° C.

5. Temp. Range of Hot plates & forceps wells: 50-70° C

6. Embedding Station have a connection for electrically heated forceps.

7. Embedding Station have six heated wells for normal forceps 3 on either side of the

wax dispensing line.

8. Embedding Station have Precisely metered and adjustable gravity feed paraffin

dispenser to deliver the right amount of paraffin.

9. Embedding Station have both finger touch plate and foot switch for control of paraffin flow.

10. Embedding Station have a large warm working surface on either side for min 10

cassettes on each side.

11. Embedding Station have dor matrix 7 segment display.

12. Embedding Station have a Magnifying lens adjustable In any position, large

13. Cold spot & illumination for specimen orientation.

Specifications of Cold Console

1. Capacity of freezing up to 60 blocks at a time.

2. Temp. Range of cold plate: 0-120C, adjustable in steps of 10 C.

3. Compressor to be extra quiet to reduce noise fatigue.

4. Cold Console can work independently without switching on dispensing console.

5. The system Work on 220-240 V,50 Hz. and use CFC free gas and the

having ISO certification.

6. Standard supply with 1000 Nos. Plastic Embedding Rings for making paraffin blocks.

7. LuxMed will provides all Certificate of calibration and inspection.

Additional Information:

• Item Code: LM-ES-LD-2024
• Production Capacity: 100
• Delivery Time: 30 days
• Packaging Details: Pallet

Product Details:

LuxMed® Histopathology Lab Equipment’s

Histopathology equipment like Microtomes, Tissue Processors, Slide Stainers, Tissue Embedding Stations etc. Our organization is ISO 9001 and ISO 13485 certified and all products manufactured by us are CE tested.

LuxMed®  Histopathology lab equipment is used to prepare, process, and analyze tissue samples for microscopic examination, aiding in disease diagnosis and research. Key equipment includes microtomes for sectioning, tissue processors for automated preparation, embedding stations for creating blocks, and microscopes for viewing stained slides. 

Here's a breakdown of common histopathology lab equipment and their usage:

1. Tissue Preparation and Processing:

• Tissue Processor: Automates the steps of dehydration, clearing, and infiltration of tissue samples with paraffin wax, preparing them for sectioning. 

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

·       Embedding Center/Station: Provides a controlled environment for embedding tissue samples in paraffin wax, creating blocks for sectioning.  

• Microtome: Used to cut thin, uniform sections (slices) from paraffin-embedded tissue blocks or frozen tissue (using a cryostat), allowing for microscopic examination. 
• Cryostat: A specialized microtome designed for cutting frozen tissue samples at low temperatures. 
• Tissue Floatation Bath: Helps flatten and smooth tissue sections before mounting them on slides. 
• Slide Warmer/Dryer: Dries mounted tissue sections and helps them adhere to the slide. 

2. Staining and Mounting:

• Slide Stainer:

Automates the process of staining tissue sections with various dyes (like hematoxylin and eosin) to highlight specific tissue structures.

• Coverslipper:

Applies coverslips to stained tissue sections, preserving them for long-term storage and examination. 

3. Microscopic Examination:

• Light Microscope:

The primary tool for examining stained tissue sections under different magnifications, allowing pathologists to identify cellular and tissue abnormalities. 

• Fluorescence Microscope:

Used to visualize tissue components or biomolecules that have been labeled with fluorescent dyes or antibodies. 

• Confocal Microscope:

Provides high-resolution, three-dimensional images of tissue samples, useful for detailed structural analysis. 

4. Other Essential Equipment:

• Scalpel, Forceps, Dissection Tray: Used for grossing (dissection and description) of tissue samples. 
• Paraffin Dispenser: Melts paraffin wax for tissue embedding. 
• Paraffin Trimmer: Removes excess paraffin from tissue samples. 
• Microscope Accessories: Include objectives, eyepieces, filters, and cameras for enhanced microscopy. 

Additional Information:

• Item Code: LM-HSP-004
• Production Capacity: 10
• Delivery Time: One month
• Packaging Details: Pallet

Product Details:

LuxMed® Histopathology Lab Equipment’s

Histopathology equipment like Microtomes, Tissue Processors, Slide Stainers, Tissue Embedding Stations etc. Our organization is ISO 9001 and ISO 13485 certified and all products manufactured by us are CE tested.

LuxMed®  Histopathology lab equipment is used to prepare, process, and analyze tissue samples for microscopic examination, aiding in disease diagnosis and research. Key equipment includes microtomes for sectioning, tissue processors for automated preparation, embedding stations for creating blocks, and microscopes for viewing stained slides. 

Here's a breakdown of common histopathology lab equipment and their usage:

1. Tissue Preparation and Processing:

• Tissue Processor: Automates the steps of dehydration, clearing, and infiltration of tissue samples with paraffin wax, preparing them for sectioning. 

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

·       Embedding Center/Station: Provides a controlled environment for embedding tissue samples in paraffin wax, creating blocks for sectioning.  

• Microtome: Used to cut thin, uniform sections (slices) from paraffin-embedded tissue blocks or frozen tissue (using a cryostat), allowing for microscopic examination. 
• Cryostat: A specialized microtome designed for cutting frozen tissue samples at low temperatures. 
• Tissue Floatation Bath: Helps flatten and smooth tissue sections before mounting them on slides. 
• Slide Warmer/Dryer: Dries mounted tissue sections and helps them adhere to the slide. 

2. Staining and Mounting:

• Slide Stainer:

Automates the process of staining tissue sections with various dyes (like hematoxylin and eosin) to highlight specific tissue structures.

• Coverslipper:

Applies coverslips to stained tissue sections, preserving them for long-term storage and examination. 

3. Microscopic Examination:

• Light Microscope:

The primary tool for examining stained tissue sections under different magnifications, allowing pathologists to identify cellular and tissue abnormalities. 

• Fluorescence Microscope:

Used to visualize tissue components or biomolecules that have been labeled with fluorescent dyes or antibodies. 

• Confocal Microscope:

Provides high-resolution, three-dimensional images of tissue samples, useful for detailed structural analysis. 

4. Other Essential Equipment:

• Scalpel, Forceps, Dissection Tray: Used for grossing (dissection and description) of tissue samples. 
• Paraffin Dispenser: Melts paraffin wax for tissue embedding. 
• Paraffin Trimmer: Removes excess paraffin from tissue samples. 
• Microscope Accessories: Include objectives, eyepieces, filters, and cameras for enhanced microscopy. 

Additional Information:

• Item Code: LM-HSP-002
• Production Capacity: 10
• Delivery Time: One Month
• Packaging Details: Pallet

Product Details:

LuxMed® Histopathology Lab Equipment’s

Histopathology equipment like Microtomes, Tissue Processors, Slide Stainers, Tissue Embedding Stations etc. Our organization is ISO 9001 and ISO 13485 certified and all products manufactured by us are CE tested.

LuxMed®  Histopathology lab equipment is used to prepare, process, and analyze tissue samples for microscopic examination, aiding in disease diagnosis and research. Key equipment includes microtomes for sectioning, tissue processors for automated preparation, embedding stations for creating blocks, and microscopes for viewing stained slides. 

Here's a breakdown of common histopathology lab equipment and their usage:

1. Tissue Preparation and Processing:

• Tissue Processor: Automates the steps of dehydration, clearing, and infiltration of tissue samples with paraffin wax, preparing them for sectioning. 

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

·       Embedding Center/Station: Provides a controlled environment for embedding tissue samples in paraffin wax, creating blocks for sectioning.  

• Microtome: Used to cut thin, uniform sections (slices) from paraffin-embedded tissue blocks or frozen tissue (using a cryostat), allowing for microscopic examination. 
• Cryostat: A specialized microtome designed for cutting frozen tissue samples at low temperatures. 
• Tissue Floatation Bath: Helps flatten and smooth tissue sections before mounting them on slides. 
• Slide Warmer/Dryer: Dries mounted tissue sections and helps them adhere to the slide. 

2. Staining and Mounting:

• Slide Stainer:

Automates the process of staining tissue sections with various dyes (like hematoxylin and eosin) to highlight specific tissue structures.

• Coverslipper:

Applies coverslips to stained tissue sections, preserving them for long-term storage and examination. 

3. Microscopic Examination:

• Light Microscope:

The primary tool for examining stained tissue sections under different magnifications, allowing pathologists to identify cellular and tissue abnormalities. 

• Fluorescence Microscope:

Used to visualize tissue components or biomolecules that have been labeled with fluorescent dyes or antibodies. 

• Confocal Microscope:

Provides high-resolution, three-dimensional images of tissue samples, useful for detailed structural analysis. 

4. Other Essential Equipment:

• Scalpel, Forceps, Dissection Tray: Used for grossing (dissection and description) of tissue samples. 
• Paraffin Dispenser: Melts paraffin wax for tissue embedding. 
• Paraffin Trimmer: Removes excess paraffin from tissue samples. 
• Microscope Accessories: Include objectives, eyepieces, filters, and cameras for enhanced microscopy. 

Additional Information:

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

Product Details:

Infrared Drying Oven ; Infrared (IR) dryers Oven; LCD Display Laboratory Infrared  Drying Oven ;

Infrared (IR) dryers Oven use infrared radiation to heat materials, which causes the molecules inside the material to vibrate and release heat energy. This process dries the material by removing water more evenly than traditional heat conduction drying. Here are some key aspects of how infrared dryers work:Infrared radiationIR radiation is a type of thermal radiation that falls between 0.78 and 1000 µm on the electromagnetic spectrum. It's invisible to the human eye. HeatingThe infrared radiation penetrates the material and is converted into heat energy. The heat is produced at the surface of the material. EvaporationThe internal heat of the material causes the water to evaporate and move into the cooler surrounding air. DryingThe difference in temperature between the evaporated water and the surrounding air creates a partial pressure gradient that drives the moisture out of the material. ComponentsInfrared dryers typically include an infrared emission source, a reflector, a fan, and a control system. The emission source can be a lamp tube or heating element. The reflector concentrates the infrared energy onto the material.



Infrared drying ovens are used for a variety of applications, including:Drying paints and coatings: Infrared drying ovens are designed to dry paints and coatings, and can remove solvents and other by-products from the drying process. Drying electrical components: Infrared drying ovens can be used to dry electrical components. Drying wooden pallets: Infrared drying ovens can be used to dry wooden pallets. Drying rubber molds: Infrared drying ovens can be used to dry rubber molds and cure them. Drying plastic materials: Infrared drying ovens can be used to dry plastic materials. Drying automotive parts: Infrared drying ovens can be used to dry automotive parts. Producing nanomaterial-based biosensors and diagnostic devices: Infrared drying ovens are used for procedures such as surface functionalization, biomolecule immobilization, and thermal annealing. Infrared drying ovens can be designed to meet specific requirements for part size, production rate, and thermal characteristics.




Products DescriptionLuxMed® Series Far Infrared Fast Drying OvenFratures:★Equipped with far-infrared heating radiator and temperature control.★Microprocessor controller(with temperature correction and timing function).★ Large LCD screen display.★ High quality stainless steel chamber, removable shelf, easy-to-clean.★Equipped with multiple sets of heaters.★ Adopt temperature selection switch which can select the grade according to the heating speed and operating temperature.★ Convenient operation for air inlet,reasonable air duct structure,good temperature uniformity.★ Silicon sealing ring for reliable sealing.★ With inner glass door for easy observation.★ Equipped with leakage protection.★ Equipped with spare temperature control which ensures the product work normally even the main temp.control failed.★ Optional printer or RS485 interface which can print or connect computer for remote control and alarm.★ Anti-hot handle
Technical Parameters: 1.Temp. Range:RT+5℃-300℃ 2.Temp. Fluctuation:±1℃.3.Temp.Resolution：0.1℃4.Temp. Uniformity:≦Max. Temp.±3.5℃%
Options:  1. Multi-segment programmable control 2. Built-in Printer 3. RS485 interface

Additional Information:

• Item Code: LS-IRO-100
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

Infrared (IR) dryers Oven use infrared radiation to heat materials, which causes the molecules inside the material to vibrate and release heat energy. This process dries the material by removing water more evenly than traditional heat conduction drying. Here are some key aspects of how infrared dryers work:Infrared radiationIR radiation is a type of thermal radiation that falls between 0.78 and 1000 µm on the electromagnetic spectrum. It's invisible to the human eye. HeatingThe infrared radiation penetrates the material and is converted into heat energy. The heat is produced at the surface of the material. EvaporationThe internal heat of the material causes the water to evaporate and move into the cooler surrounding air. DryingThe difference in temperature between the evaporated water and the surrounding air creates a partial pressure gradient that drives the moisture out of the material. ComponentsInfrared dryers typically include an infrared emission source, a reflector, a fan, and a control system. The emission source can be a lamp tube or heating element. The reflector concentrates the infrared energy onto the material.



Infrared drying ovens are used for a variety of applications, including:Drying paints and coatings: Infrared drying ovens are designed to dry paints and coatings, and can remove solvents and other by-products from the drying process. Drying electrical components: Infrared drying ovens can be used to dry electrical components. Drying wooden pallets: Infrared drying ovens can be used to dry wooden pallets. Drying rubber molds: Infrared drying ovens can be used to dry rubber molds and cure them. Drying plastic materials: Infrared drying ovens can be used to dry plastic materials. Drying automotive parts: Infrared drying ovens can be used to dry automotive parts. Producing nanomaterial-based biosensors and diagnostic devices: Infrared drying ovens are used for procedures such as surface functionalization, biomolecule immobilization, and thermal annealing. Infrared drying ovens can be designed to meet specific requirements for part size, production rate, and thermal characteristics.

Products DescriptionLuxMed® Series Far Infrared Fast Drying OvenFratures:★Equipped with far-infrared heating radiator and temperature control.★Microprocessor controller(with temperature correction and timing function).★ Large LCD screen display.★ High quality stainless steel chamber, removable shelf, easy-to-clean.★Equipped with multiple sets of heaters.★ Adopt temperature selection switch which can select the grade according to the heating speed and operating temperature.★ Convenient operation for air inlet,reasonable air duct structure,good temperature uniformity.★ Silicon sealing ring for reliable sealing.★ With inner glass door for easy observation.★ Equipped with leakage protection.★ Equipped with spare temperature control which ensures the product work normally even the main temp.control failed.★ Optional printer or RS485 interface which can print or connect computer for remote control and alarm.★ Anti-hot handle
Technical Parameters: 1.Temp. Range:RT+5℃-300℃ 2.Temp. Fluctuation:±1℃.3.Temp.Resolution：0.1℃4.Temp. Uniformity:≦Max. Temp.±3.5℃%
Options:  1. Multi-segment programmable control 2. Built-in Printer 3. RS485 interface

Additional Information:

• Item Code: LS-IRO-200
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Pallet

Product Details:

LuxMed®  Ultra-low temperature (ULT) freezers, also known as -80°C freezers, are essential for long-term storage of biological samples, vaccines, and other temperature-sensitive materials in research, medical, and pharmaceutical settings, ensuring their integrity and viability. 

Here's a more detailed explanation of their usage:

·       Preservation of Biological Samples:

ULT freezers are crucial for preserving biological samples like DNA, RNA, cells, tissues, blood, plasma, and organs, which are vital for research, diagnostics, and clinical trials. 

·       Pharmaceutical and Vaccine Storage:

They are used to store temperature-sensitive pharmaceuticals, vaccines (especially mRNA vaccines), and other medications, ensuring their efficacy and stability. 

·       Cryopreservation:

ULT freezers are a key component of cryopreservation, a process used to preserve cells and tissues at extremely low temperatures, often involving liquid nitrogen. 

·       Research and Development:

They are used in research laboratories for storing reagents, enzymes, and other materials used in experiments and studies. 

·       Medical Facilities:

ULT freezers are used in hospitals, blood banks, and other medical facilities for storing blood products, tissues, and other samples used in diagnosis and treatment. 

·       Food Industry:

ULT freezers are used to preserve freshly caught fish, maintaining its texture and quality for extended periods. 

·       Emergency Backup:

ULT freezers can serve as emergency storage for critical biological materials in case of equipment failures or unforeseen emergencies.

 

Ultralow DeepFreezer; Ultra Low Temperature Freezers (-40°C to -86°C) ; ULTRA-LOW FREEZERS ; Laboratory Refrigerators ; Pharmaceutical Refrigerator; Blood Bank Refrigerator, Humidity Chamber, Stability Chamber, Cooling Cabinet, Co2 Incubator, Trigas Incubator , Trigas Incubator, Infrared Incubator , Infrared Drying Cabinet, Bacteriological Incubator , Oven ,  Incubator, Lyophilizer freeze dryer, BOD Incubator.

Product Details:

LuxMed®  freezers are crucial for preserving biological samples and other temperature-sensitive materials, particularly in research, medicine, and the pharmaceutical industry. They maintain temperatures ranging from -50°C to -86°C (or even lower), ensuring the stability of items like DNA, RNA, vaccines, and other biological materials. This technology is essential for long-term storage, cryopreservation, and various scientific experiments. Here's a more detailed look at their usage: • Long-term storage of biological samples: ULT freezers are vital for preserving samples like blood, plasma, tissues, and DNA/RNA for research, medical, and forensic purposes. • Cryopreservation: They are essential for cryopreserving cells, embryos, and other biological materials for future use, particularly in fields like IVF. • Vaccine storage: ULT freezers are crucial for storing and distributing temperature-sensitive vaccines, including COVID-19 vaccines, ensuring public health and safety. • Research and development: They are used in chemical and pharmaceutical research labs for storing chemicals, drugs, and other materials. • Industrial applications: ULT freezers may also be used in certain industrial settings for specialized storage needs. Key features and benefits of ULT freezers: • Advanced cooling systems: They utilize sophisticated refrigeration systems to maintain consistent and extremely low temperatures. • Temperature monitoring and control: Most ULT freezers come with alarms and monitoring systems to alert users of any temperature deviations or other issues. • Reliability and efficiency: They are designed for reliable and long-term operation, with features like energy-efficient insulation and temperature uniformity.

Additional Information:

• Delivery Time: Two Week
• Packaging Details: Wooden pallet

Product Details:

LuxMed® microtome machine for samples into extremely thin, uniform sections for microscopic.

LuxMed® microtome machine is used in scientific research and medicine to slice biological and material samples into extremely thin, uniform sections for microscopic examination. These sections, typically measuring micrometers to nanometers thick, are essential for histology, pathology, and materials science, allowing scientists and doctors to visualize tissue structures, identify cellular changes, and prepare samples for advanced imaging techniques like electron microscopy.  

Primary Uses:

• Microscopy: 

The main function is to prepare samples for observation under light or electron microscopes by creating thin, consistent slices. 

• Histopathology: 

In medicine, microtomes are crucial for preparing tissue samples from biopsies and surgical specimens for diagnostic purposes. 

• Materials Science: 

Microtomes are also used to section hard and brittle materials such as bones, teeth, and certain plant matter for microscopic analysis. 

Applications:

• Research: 

Scientists use microtomes to study cellular and tissue morphology, which helps in understanding diseases and biological processes. 

• Diagnostics: 

Pathologists use microtomy to prepare slides for various staining and labeling techniques, such as immunohistochemistry and immunofluorescence, to detect specific markers and diagnose conditions. 

• Materials Analysis: 

Industries use microtomes for inspecting the structure and composition of different materials at a microscopic level. 

How it works:

1. A sample block (e.g., embedded tissue) is securely mounted onto the microtome's platform. 

1. The platform advances the specimen block towards an ultra-sharp cutting blade (which can be steel, glass, or diamond depending on the sample). 

1. With each pass of the block, the microtome advances the specimen by a precise, preset amount, creating a thin section. 

1. These thin sections are then collected and typically mounted on glass slides for further processing, such as staining, and then examined under a microscope. 

 

LuxMed® Microtome machine design considerations include application-specific needs, the type of material being sectioned, and required precision and section thickness. Key design features to consider are the quality and type of blades (fixed or disposable, metal, diamond, or glass), the precision and stability of the feeding mechanism to ensure vibration-free sectioning, ease of use and ergonomic design, and integrated safety features like blade guards and interlocks. Other factors include sample orientation capabilities, compatibility with accessories, and budget.  

Application & Material Specifics

• Define the goal: 

Determine the specific research goals or diagnostic needs to match the microtome to the application. 

• Material type: 

Consider if the material is soft (e.g., tissue in paraffin), hard (e.g., bone in resin), or plastic, as this dictates the type of blade and cutting method needed. 

• Section thickness: 

Specify the desired range of section thickness, which influences the choice of microtome type and blade. 

Additional Information:

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

Product Details:

LuxMed® microtome machine for samples into extremely thin, uniform sections for microscopic.

LuxMed® microtome machine is used in scientific research and medicine to slice biological and material samples into extremely thin, uniform sections for microscopic examination. These sections, typically measuring micrometers to nanometers thick, are essential for histology, pathology, and materials science, allowing scientists and doctors to visualize tissue structures, identify cellular changes, and prepare samples for advanced imaging techniques like electron microscopy.  

Primary Uses:

• Microscopy: 

The main function is to prepare samples for observation under light or electron microscopes by creating thin, consistent slices. 

• Histopathology: 

In medicine, microtomes are crucial for preparing tissue samples from biopsies and surgical specimens for diagnostic purposes. 

• Materials Science: 

Microtomes are also used to section hard and brittle materials such as bones, teeth, and certain plant matter for microscopic analysis. 

Applications:

• Research: 

Scientists use microtomes to study cellular and tissue morphology, which helps in understanding diseases and biological processes. 

• Diagnostics: 

Pathologists use microtomy to prepare slides for various staining and labeling techniques, such as immunohistochemistry and immunofluorescence, to detect specific markers and diagnose conditions. 

• Materials Analysis: 

Industries use microtomes for inspecting the structure and composition of different materials at a microscopic level. 

How it works:

1. A sample block (e.g., embedded tissue) is securely mounted onto the microtome's platform. 

1. The platform advances the specimen block towards an ultra-sharp cutting blade (which can be steel, glass, or diamond depending on the sample). 

1. With each pass of the block, the microtome advances the specimen by a precise, preset amount, creating a thin section. 

1. These thin sections are then collected and typically mounted on glass slides for further processing, such as staining, and then examined under a microscope. 

 

LuxMed® Microtome machine design considerations include application-specific needs, the type of material being sectioned, and required precision and section thickness. Key design features to consider are the quality and type of blades (fixed or disposable, metal, diamond, or glass), the precision and stability of the feeding mechanism to ensure vibration-free sectioning, ease of use and ergonomic design, and integrated safety features like blade guards and interlocks. Other factors include sample orientation capabilities, compatibility with accessories, and budget.  

Application & Material Specifics

• Define the goal: 

Determine the specific research goals or diagnostic needs to match the microtome to the application. 

• Material type: 

Consider if the material is soft (e.g., tissue in paraffin), hard (e.g., bone in resin), or plastic, as this dictates the type of blade and cutting method needed. 

• Section thickness: 

Specify the desired range of section thickness, which influences the choice of microtome type and blade. 

 

Additional Information:

• Item Code: LM-STM-001
• Production Capacity: 1000
• Delivery Time: One Week
• Packaging Details: Box

Product Details:

LuxMed® microtome machine for samples into extremely thin, uniform sections for microscopic.

LuxMed® microtome machine is used in scientific research and medicine to slice biological and material samples into extremely thin, uniform sections for microscopic examination. These sections, typically measuring micrometers to nanometers thick, are essential for histology, pathology, and materials science, allowing scientists and doctors to visualize tissue structures, identify cellular changes, and prepare samples for advanced imaging techniques like electron microscopy.  

Primary Uses:

• Microscopy: 

The main function is to prepare samples for observation under light or electron microscopes by creating thin, consistent slices. 

• Histopathology: 

In medicine, microtomes are crucial for preparing tissue samples from biopsies and surgical specimens for diagnostic purposes. 

• Materials Science: 

Microtomes are also used to section hard and brittle materials such as bones, teeth, and certain plant matter for microscopic analysis. 

Applications:

• Research: 

Scientists use microtomes to study cellular and tissue morphology, which helps in understanding diseases and biological processes. 

• Diagnostics: 

Pathologists use microtomy to prepare slides for various staining and labeling techniques, such as immunohistochemistry and immunofluorescence, to detect specific markers and diagnose conditions. 

• Materials Analysis: 

Industries use microtomes for inspecting the structure and composition of different materials at a microscopic level. 

How it works:

1. A sample block (e.g., embedded tissue) is securely mounted onto the microtome's platform. 

1. The platform advances the specimen block towards an ultra-sharp cutting blade (which can be steel, glass, or diamond depending on the sample). 

1. With each pass of the block, the microtome advances the specimen by a precise, preset amount, creating a thin section. 

1. These thin sections are then collected and typically mounted on glass slides for further processing, such as staining, and then examined under a microscope. 

 

LuxMed® Microtome machine design considerations include application-specific needs, the type of material being sectioned, and required precision and section thickness. Key design features to consider are the quality and type of blades (fixed or disposable, metal, diamond, or glass), the precision and stability of the feeding mechanism to ensure vibration-free sectioning, ease of use and ergonomic design, and integrated safety features like blade guards and interlocks. Other factors include sample orientation capabilities, compatibility with accessories, and budget.  

Application & Material Specifics

• Define the goal: 

Determine the specific research goals or diagnostic needs to match the microtome to the application. 

• Material type: 

Consider if the material is soft (e.g., tissue in paraffin), hard (e.g., bone in resin), or plastic, as this dictates the type of blade and cutting method needed. 

• Section thickness: 

Specify the desired range of section thickness, which influences the choice of microtome type and blade. 

Additional Information:

• Item Code: LM-STM-005
• Production Capacity: 1000
• Delivery Time: One Week
• Packaging Details: Box

Product Details:

Labosys® Industrial Ultrasonic Cleaner; CSSD Ultrasonic Cleaner, Large Capacity Ultrasonic Cleaner,       

Ultrasonic cleaners use high-frequency sound waves to create tiny bubbles in a cleaning solution that implode, dislodging dirt and grime from objects, making them ideal for cleaning jewelry, dental appliances, and other items with intricate surfaces. 

Here's a more detailed explanation of how ultrasonic cleaners work and their various applications:

How Ultrasonic Cleaners Work:

·       Cavitation:

The core principle is cavitation, where the ultrasonic waves create tiny bubbles in the cleaning solution that expand and implode rapidly. 

·       Cleaning Action:

These imploding bubbles generate a scrubbing action, dislodging dirt, grime, and other contaminants from the surfaces of the objects being cleaned. 

·       Efficiency:

Ultrasonic cleaning is highly efficient, cleaning even the most difficult-to-reach areas and crevices. 

Applications of Ultrasonic Cleaners:

·       Jewelry Cleaning:

Ultrasonic cleaners are excellent for cleaning jewelry, removing dirt, oil, and buildup from rings, necklaces, earrings, and bracelets. 

·       Dental Appliances:

They are widely used for cleaning dentures, mouthguards, clear aligners, and retainers, ensuring they are free from bacteria and plaque. 

·       Medical Instruments:

In healthcare settings, ultrasonic cleaners are used to clean medical instruments and devices, ensuring they are free from contamination. 

·       Electronics:

Ultrasonic cleaning can be used to clean delicate electronic components, removing flux residues, solder balls, and other contaminants. 

·       Optics:

Ultrasonic cleaners are used to clean optical lenses and components, ensuring they are free from dirt and grime. 

·       Industrial Applications:

Ultrasonic cleaners are used in various industrial settings, such as aerospace, where cleanliness and reliability are crucial. 

 

Hotels, Garment Shops, Building Material Shops, Manufacturing Plant, Machinery Repair Shops, Food & Beverage Factory, Farms, Restaurant, Home Use, Retail, Food Shop, Printing Shops, Construction works , Energy & Mining, Food & Beverage Shops, Other, Advertising Company, Electric Parts           

Additional Information:

• Item Code: LM-ULS-75L
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Pallet

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:

• Production Capacity: 10
• Delivery Time: 15 Days
• Packaging Details: Pallet

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: 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-HLE-001
• Production Capacity: 100
• Delivery Time: One Week
• Packaging Details: Box

Product Details:

FULLY AUTOMATIC MICROTOME The machine is a streamline design with advance features stable and reliable performance and ease to use. The feeding system uses an intelligent control mechanism enable quick switching between manual or automated smart sectioning mode, automatic slicing speed is adjustable. Advanced drive systems and multiple functions including sectioning, trimming, fast forward/backward, quick mode conversion including automatic retraction. Description Ÿ Incorporates an international advanced screw motion mechanism to ensure precision, thus achieving superior sectioning performance. Ÿ Pure-green digital display of slice thickness, trimming thickness, slice count and slice speed. Trimming and slicing are operated under a control system and can be switched easily. Ÿ Automatic slicing speed is continuously adjustable with safety and emergency braking system, security alarm systems, driver overload protection and an auto-sleep protection system. Ÿ Hand-wheel balance is precisely adjusted and can be locked at any position to ensure safety of operation. Ÿ Blade holder can be laterally moved to avoid moving the blade with direct contact, thereby enabling. Ÿ The micro protection bar on the blade holder covers the whole length of blade to protect the user and the push bar enable easy changing of the blade. Ÿ Hand-wheel balance is precisely adjusted and can be locked at any position to mourn the safety and convenience of sectioning. Ÿ Large-volume waste tray is easy to remove, and items such as disposable blades can be stored on the top of the housing. Ÿ Provided with motorized sectioning facilities with forward & backward coarse feed speeds. Ÿ Having precision micrometer feeding system with 3-4 modes of sectioning. Electro technical feed system for fine and trimming section thickness and backward specimen movements via stepping motor. Ÿ Able to provide section thickness range of 0.5 micron to 100 micron. Ÿ Trimming thickness feed is via precision stepping motor for 5 micron to 600 micron.

Additional Information:

• Production Capacity: 10
• Delivery Time: 1 week
• Packaging Details: Box