Test Chambers

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.

Additional Information:

• Item Code: LM-CI-300
• Production Capacity: 300ltr
• Delivery Time: 7 days
• Packaging Details: Pallet

Product Details:

The hypoxia chamber should be ideal for the experiments of thecultivation of mammalian cell culture, sperm/ovum, anaerobiccells, and all sorts of microbe cells, hatching/germinating andspecial 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 analogconnection port designed to observe the status of equipment in realtime even in the far distance.· LuxMed® Hypoxia Chamber have LED display with Individual2-channel touch button operating panel.· Fast CO₂, O2, N2, temperature and humidity recovery withoutovershoot.· LuxMed® Hypoxia Chamber have In-line filters remove gasimpurities 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 heatingsystem and the electric heating wire should be covered onall sides of the chamber to make good uniformity and toprovides fast heat-up & temperature recovery. Gentle airand moisture convection air and moisture in the chambershould be distributed naturally by 6 side heating and theair circulation fan.· LuxMed® Hypoxia Chamber Independently validatedovernight cycle ensures complete elimination of allbiological 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 andproven to effectively deactivate normally-resistant fungi, bacterial spore and vegetative cells. Nontoxic and noncorrosive sterilization thatcompletes 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® Hypoxia Chamber have antimicrobial powder coating to eliminates 99.9% of surface bacteria within 24 hours of exposure.· LuxMed® Hypoxia Chamber be dry wall and air jacket system with warm air from heating wire which preserved in space between thechamber and the insulation layer to helps temperature recover faster and minimize heat loss.· LuxMed® Hypoxia Chamber have lower gas consumption and lower heat loss.·The system insulation should not require regular maintenance.· LuxMed® Hypoxia Chamber have dual beam IR CO2 Sensor for fast & precise detection for CO2 gas regardless of temperature andhumidity.· Microprocessor controlled CO2 range should be 0%~20% with Accuracy of ± 0.1 % (5%/37℃), resolution of 0.1% and Inlet pressurerange of 0.5 ~ 0.6 bar.· LuxMed® Hypoxia Chamber have natural humidification using water tray.· LuxMed® Hypoxia Chamber have O2 Range of 0.6 ~ 20% with zirconium dioxide sensor.· LuxMed® Hypoxia Chamber have circulation fan to delivers the moisture formed from the water to the entire chamber.· LuxMed® Hypoxia Chamber have front door heater & frame heater to prevent condensation in the chamber and on the glass door.· LuxMed® Hypoxia Chamber have ULPA/HEPA filtration. Filtered air circulates across the humidity pan to accelerate the humidifyingprocess.

Additional Information:

• Item Code: LM-HPY170L
• Production Capacity: 100
• Delivery Time: 7 days
• Packaging Details: Wooden Pallet

Labosys® Plant Growth Chamber

A plant growth chamber provides a controlled environment in which plants can exist. These chambers make it possible to measure the effects of

various environmental characteristics, such as light, temperature, humidity, and other atmospheric conditions, on plant growth and function.

Plant growth chambers are used to study plant growth by allowing researchers to control environmental factors like temperature, light, humidity,

and carbon dioxide levels. They are used in a variety of ways, including:

Research

Plant growth chambers are used to study the effects of genetics, environmental factors, and disease resistance on plants. They are also used

to develop new genetics, crop treatments, and plant breeding processes.

Crop yield

Plant growth chambers can help improve crop yield and quality by allowing researchers to precisely control light conditions.

Food security

Plant growth chambers can help improve nutritional quality and develop stress-resistant varieties of crops.

Sustainable agriculture

Plant growth chambers can help advance research on sustainable agricultural practices.

Ag-biotechnology

Plant growth chambers are important in the field of ag-biotechnology.

Plant growth chambers come in different types, including reach-in and walk-in chambers. Reach-in chambers are more compact and

cost-effective, while walk-in chambers offer more space for larger plants and experiments.