Bod Incubator

Product Details:

Hypoxia chamber Model – HC-180D – 160 to 180 Ltr Model

Overall size – Unit Dimension

· Height: 1000mm

· Width: 660mm

· Length: 790mm

 Tanki size – Working Area

· Height: 660mm

· Width: 550mm

 

· Length: 540mm

Hypoxia Chamber

 

The hypoxia chamber should be ideal for the experiments of the cultivation of mammalian cell culture, sperm/ovum, anaerobic cells, and all sorts of microbe cells, hatching/germinating and special tissues.

·       The inner chamber of the hypoxia chamber have volume of 50 / 100 / 150 / 180 liters with Multi Gas Supply (N2 & CO2).

·       LuxMed® Hypoxia Chamber have monitoring system with analog connection port designed to observe the status of equipment in real time even in the far distance.

·       LuxMed® Hypoxia Chamber have LED display with Individual 2-channel touch button operating panel.

·       Fast CO₂, O2, N2, temperature and humidity recovery without overshoot.

·       LuxMed® Hypoxia Chamber have In-line filters remove gas impurities and contaminants.

·       LuxMed® Hypoxia Chamber have Fast heat-up, fast-recovery, reliable control.

·       Digital PID controlled Temperature range should be ambient + 5 ℃ ~ 60 ℃ with accuracy of

·       ±0.1℃ (37℃) and resolution of 0.1 ℃

·       LuxMed® Hypoxia Chamber have 6 sides direct heating system and the electric heating wire should be covered on all sides of the chamber to make good uniformity and to provides fast heat-up & temperature recovery. Gentle air and moisture convection air and moisture in the chamber should be distributed naturally by 6 side heating and the air circulation fan.

·       LuxMed® Hypoxia Chamber Independently validated overnight cycle ensures complete elimination of all biological contaminants.

·       No need to remove IR CO2 sensor.

·       LuxMed® Hypoxia Chamber have 125 ℃ dry hot air sterilization, conforms to the International standards for dry heat sterilization and proven to effectively deactivate normally-resistant fungi, bacterial spore and vegetative cells. Nontoxic and noncorrosive sterilization that completes within 12 hours leaving the chamber cool and dry at the end of the cycle.

 

 

 

Additional Information:

• Item Code: HC180D
• Production Capacity: 100
• Delivery Time: 1 Week
• Packaging Details: Pallet

Product Details:

Hypoxia Chamber

 

The hypoxia chamber should be ideal for the experiments of the cultivation of mammalian cell culture, sperm/ovum, anaerobic cells, and all sorts of microbe cells, hatching/germinating and special tissues.

·       The inner chamber of the hypoxia chamber have volume of 50 / 100 / 150 / 180 liters with Multi Gas Supply (N2 & CO2).

·       LuxMed® Hypoxia Chamber have monitoring system with analog connection port designed to observe the status of equipment in real time even in the far distance.

·       LuxMed® Hypoxia Chamber have LED display with Individual 2-channel touch button operating panel.

·       Fast CO₂, O2, N2, temperature and humidity recovery without overshoot.

·       LuxMed® Hypoxia Chamber have In-line filters remove gas impurities and contaminants.

·       LuxMed® Hypoxia Chamber have Fast heat-up, fast-recovery, reliable control.

·       Digital PID controlled Temperature range should be ambient + 5 ℃ ~ 60 ℃ with accuracy of

·       ±0.1℃ (37℃) and resolution of 0.1 ℃

·       LuxMed® Hypoxia Chamber have 6 sides direct heating system and the electric heating wire should be covered on all sides of the chamber to make good uniformity and to provides fast heat-up & temperature recovery. Gentle air and moisture convection air and moisture in the chamber should be distributed naturally by 6 side heating and the air circulation fan.

·       LuxMed® Hypoxia Chamber Independently validated overnight cycle ensures complete elimination of all biological contaminants.

·       No need to remove IR CO2 sensor.

Hypoxia chamber Model – HC-180D – 160 to 180 Ltr Model

Overall size – Unit Dimension

· Height: 1000mm

· Width: 660mm

· Length: 790mm

 

Tanki size – Working Area

· Height: 660mm

· Width: 550mm

· Length: 540mm

 

Hypoxia chamber Model – HC-100D – 90 to 100 Ltr Model

Overall size – Unit Dimension

· Height: 990mm

· Width: 590mm

· Length: 640mm

 

Tanki size – Working Area

· Height: 520mm

· Width: 390mm

· Length: 490mm

Additional Information:

• Item Code: HC-100D
• Production Capacity: 100
• Delivery Time: 7 Days
• Packaging Details: Pallet

Product Details:

CURD INCUBATION CHAMBERWe are providing fully automatic combo type incubation chambers withheating and cooling both process together in single chamber


Application: Curd Incubation / Blast Chilling/Storage
Standard Incubation time is approx. 4 hours but it will depend upon the packing type and loading temperature of curd with a condition that the chamber temperature should be 45° C before loading. Standard cooling time is approx. 5 hours but it will depend upon the packing type and loading temperature of curd with a condition that timing will be considered after getting chamber temperature as 2° C.

Product Details:

The Tri-Gas Incubator  chamber should be ideal for the experiments of the

cultivation of mammalian cell culture, sperm/ovum, anaerobic

cells, and all sorts of microbe cells, hatching/germinating and

special tissues.

· The inner chamber of the Tri-Gas Incubator  chamber have volume of 50 / 100 / 150 /

180 liters with Multi Gas Supply (N2 & CO2).

· LuxMed® Tri-Gas Incubator  Chamber have monitoring system with analog

connection port designed to observe the status of equipment in real

time even in the far distance.

· LuxMed® Tri-Gas Incubator  Chamber have LED display with Individual

2-channel touch button operating panel.

· Fast CO₂, O2, N2, temperature and humidity recovery without

overshoot.

· LuxMed® Tri-Gas Incubator  Chamber have In-line filters remove gas

impurities and contaminants.

· LuxMed® Tri-Gas Incubator  Chamber have Fast heat-up, fast-recovery,

reliable control.

· Digital PID controlled Temperature range should be ambient

+ 5 ℃ ~ 60 ℃ with accuracy of

· ±0.1℃ (37℃) and resolution of 0.1 ℃

· LuxMed® Tri-Gas Incubator  Chamber have 6 sides direct heating

system and the electric heating wire should be covered on

all sides of the chamber to make good uniformity and to

provides fast heat-up & temperature recovery. Gentle air

and moisture convection air and moisture in the chamber

should be distributed naturally by 6 side heating and the

air circulation fan.

· LuxMed® Tri-Gas Incubator  Chamber Independently validated

overnight cycle ensures complete elimination of all

biological contaminants.

· No need to remove IR CO2 sensor.

· LuxMed® Tri-Gas Incubator  Chamber have 125 ℃ dry hot air sterilization, conforms to the International standards for dry heat sterilization and

proven to effectively deactivate normally-resistant fungi, bacterial spore and vegetative cells. Nontoxic and noncorrosive sterilization that

completes within 12 hours leaving the chamber cool and dry at the end of the cycle.

· The 3 parts of heating section should be controlled and calibrated individually by 3 individual temperature sensors.

· LuxMed® Tri-Gas Incubator  Chamber have antimicrobial powder coating to eliminates 99.9% of surface bacteria within 24 hours of exposure.

· LuxMed® Tri-Gas Incubator  Chamber be dry wall and air jacket system with warm air from heating wire which preserved in space between the

chamber and the insulation layer to helps temperature recover faster and minimize heat loss.

· LuxMed® Tri-Gas Incubator  Chamber have lower gas consumption and lower heat loss.

·The system insulation should not require regular maintenance.

· LuxMed® Tri-Gas Incubator  Chamber have dual beam IR CO2 Sensor for fast & precise detection for CO2 gas regardless of temperature and

humidity.

· Microprocessor controlled CO2 range should be 0%~20% with Accuracy of ± 0.1 % (5%/37℃), resolution of 0.1% and Inlet pressure

range of 0.5 ~ 0.6 bar.

· LuxMed® Tri-Gas Incubator  Chamber have natural humidification using water tray.

·

Additional Information:

• Item Code: LMTRG170L
• Production Capacity: 100
• Delivery Time: 7 Days
• Packaging Details: Pallet

Product Details:

LuxMed® Tri-Gas CO2 Incubator / Hypoxia Incubator Chamber
By simulating the growth environment of microorganisms, tissues and cells, the three-gas incubator provides stable temperature and humidity, carbon dioxide concentration and oxygen concentration, and is widely used for the propagation and cultivation of cells, tissue cultures and some special microorganisms.
"Application:
Tri-gas incubator is commonly used in microbial culture, cell dynamics research, collection of mammalian cell secretions, carcinogenic or toxicological effects of various physical and chemical factors, research and production of antigens, cultivation of hybridoma cells to produce antibodies, in vitro fertilization (IVF), stem cells, tissue engineering and other research fields.
Features:
1. IR infrared sensor, using dual-channel dual-filter infrared technology.
2. O2 sensor was used for oxygen concentration information acquisition.
3. The inner tank is designed with fully rounded corners and the surface is made of 304 stainless steel with electrochemical treatment.
4. The bottom water reservoir design eliminates the need for repeated water replenishment, saving time.
5. The water level alarm design alerts the operator to refill water in time, providing more comprehensive protection for the samples.
6. Equipped with a gas switching function, it can connect to two bottles of carbon dioxide gas simultaneously.
7. Equipped with leakage current and over-voltage protectors. Features over-temperature, under-temperature, over-concentration and under-concentration alarms." 

Product Details:

LuxMed® Tri-Gas CO2 Incubator / Hypoxia Incubator Chamber
By simulating the growth environment of microorganisms, tissues and cells, the three-gas incubator provides stable temperature and humidity, carbon dioxide concentration and oxygen concentration, and is widely used for the propagation and cultivation of cells, tissue cultures and some special microorganisms.
"Application:
Tri-gas incubator is commonly used in microbial culture, cell dynamics research, collection of mammalian cell secretions, carcinogenic or toxicological effects of various physical and chemical factors, research and production of antigens, cultivation of hybridoma cells to produce antibodies, in vitro fertilization (IVF), stem cells, tissue engineering and other research fields.
Features:
1. IR infrared sensor, using dual-channel dual-filter infrared technology.
2. O2 sensor was used for oxygen concentration information acquisition.
3. The inner tank is designed with fully rounded corners and the surface is made of 304 stainless steel with electrochemical treatment.
4. The bottom water reservoir design eliminates the need for repeated water replenishment, saving time.
5. The water level alarm design alerts the operator to refill water in time, providing more comprehensive protection for the samples.
6. Equipped with a gas switching function, it can connect to two bottles of carbon dioxide gas simultaneously.
7. Equipped with leakage current and over-voltage protectors. Features over-temperature, under-temperature, over-concentration and under-concentration alarms." 

Product Details:

LuxMed® Tri-Gas CO2 Incubator / Hypoxia Incubator Chamber
By simulating the growth environment of microorganisms, tissues and cells, the three-gas incubator provides stable temperature and humidity, carbon dioxide concentration and oxygen concentration, and is widely used for the propagation and cultivation of cells, tissue cultures and some special microorganisms.
"Application:
Tri-gas incubator is commonly used in microbial culture, cell dynamics research, collection of mammalian cell secretions, carcinogenic or toxicological effects of various physical and chemical factors, research and production of antigens, cultivation of hybridoma cells to produce antibodies, in vitro fertilization (IVF), stem cells, tissue engineering and other research fields.
Features:
1. IR infrared sensor, using dual-channel dual-filter infrared technology.
2. O2 sensor was used for oxygen concentration information acquisition.
3. The inner tank is designed with fully rounded corners and the surface is made of 304 stainless steel with electrochemical treatment.
4. The bottom water reservoir design eliminates the need for repeated water replenishment, saving time.
5. The water level alarm design alerts the operator to refill water in time, providing more comprehensive protection for the samples.
6. Equipped with a gas switching function, it can connect to two bottles of carbon dioxide gas simultaneously.
7. Equipped with leakage current and over-voltage protectors. Features over-temperature, under-temperature, over-concentration and under-concentration alarms." 

Labosys®  Dry Bath Incubator

Application:

The product is controlled by microcontroller use high purity aluminum material as a heat conduction medium instead of the conditional water bath device, which is easy to use, wide temperature range, high precision and etc. It can be widely used in the sample preservation, reaction of DNA amplification, electrophoresis, degeneration, solidification and other kinds of serum biochemical sample thermostatic incubation process.

 

Dry bath incubators, also known as dry block heaters, are used in laboratories to heat samples in a variety of applications:

 

Molecular biology: Used in PCR (Polymerase Chain Reaction) applications, nucleic acid hybridization, and other procedures.

 

Cell culture: Used to maintain the temperature of small volumes of cell culture media.

 

Sample thawing: Used to gently thaw frozen samples without thermal shock.

 

Chemical reactions: Used to maintain constant temperatures during chemical reactions.

 

Incubation: Used to incubate reactions and assays that require a specific temperature environment.

 

Enzyme reactions: Used in various enzymatic reactions, such as DNA ligation and restriction digestion.

 

Dry bath incubators are used in many types of labs, including molecular, microbiological, biochemistry, clinical, and environmental

 

labs. They are a dry and efficient alternative to other heating methods that use liquids.

 

Here are some things to consider when using a dry bath incubator:

Temperature control:

Dry bath incubators can be set to different temperature levels, typically ranging from room temperature to near boiling.

 

Sample containers , Dry baths are generally compatible with standard sample containers.

Contamination

 

Dry baths are less likely to become contaminated or spread contaminants between samples and work surfaces than water baths.

 

Features

Some dry bath incubators come with additional features such as stirring capabilities, programmable temperature profiles,

or connectivity options.

Labosys® Orbital shaker incubators  / Shaking Incubator

Orbital Shaker Incubator is ideal for a variety of general-purpose shaking applications in cell culture, bacterial growth and suspension, staining and washing procedures.

This type has a circular shaking motion with low to high speed with less vibrations, ideal for culturing microbes.

Orbital Shaker Incubator is a versatile laboratory device designed for cultivating microorganisms, cell cultures, and other biological samples that require controlled

temperature and shaking conditions.

An Orbital Shaker Incubator is a laboratory device that combines an orbital shaker with an incubator to create a controlled environment for various applications:

Cell culture

Orbital shaker incubators can maintain adequate aeration and temperature to promote cell growth.

Fermentations

Orbital shaker incubators can provide precise temperature control and simultaneous shaking for fermentations studies.

Enzyme reactions

Orbital shaker incubators can provide precise temperature control and simultaneous shaking for enzyme reactions.

Tissue culture

Orbital shaker incubators can provide precise temperature control and simultaneous shaking for tissue culture.

Biotechnology

Orbital shaker incubators can be used to produce proteins, enzymes, and other biological molecules.

Drug discovery and testing

Orbital shaker incubators can be used to test the effects of drugs and other compounds on cells and tissues.

Food and beverage production

Orbital shaker incubators can be used to cultivate microorganisms for the production of food and beverages.

Environmental monitoring

Orbital shaker incubators can be used to study the effects of environmental factors on microorganisms and other biological systems.

Water and wastewater treatment

Orbital shaker incubators can be used to study the growth and metabolism of microorganisms in water and wastewater treatment systems.

Orbital shaker incubators can be used in a variety of laboratory settings, including research labs, compact laboratory locations, and incubators and cold rooms.

Features:

 

Features:

1. Audio and visual alarm.

2. Power off recovery function.

3. High efficiency servo motor, accurate control speed.

4. Super low speed start, start speed adjustable, over-speed automatic protection.

5. Accessories: Monitor timer(standard accessories); Open the door automatically stop,

UV disinfection function, humidity shaker, high temperature shaker(optional accessories).