Tawang Technology Olympus Ultra Clean Thermostatic Box

Product description

The microscope three gas constant temperature chamber is a super clean constant temperature chamber designed specifically for the Olympus IX83 microscope. It provides a clean operating environment for microscope imaging, ensuring that the samples are not contaminated during the imaging process. It is suitable for various experiments that require sterile operation, such as imaging after cell manipulation and imaging of temperature sensitive samples under antibiotic free culture.

This design provides a stable environment for precise control of temperature, humidity, oxygen, and carbon dioxide concentrations, making it ideal for long-term experimental needs such as live cell observation, cultivation, and delayed imaging. Its main functions include:

·Precise environmental control: capable of accurately regulating temperature, humidity, and gas composition (oxygen and carbon dioxide) to ensure optimal cell growth conditions.

·Preventing focus drift: By isolating the microscope from the external environment, the problem of focus drift caused by the thermal expansion of the microscope itself is effectively avoided, ensuring the stability of long-term observation.

·Supporting live cell research: As an efficient live cell culture kit, it provides all the necessary conditions for cell culture and maintains a stable cell culture environment.

·This product is an important component of building a live cell workstation, providing researchers with an ideal tool to perform high-precision cell observation and analysis experiments.

·Provide the same level of cleanliness as a clean bench, meeting the equivalent performance of Level 5 in ISO 14644-1 standard (unit: particles/cubic meter).

·Support cleaning operations during imaging to ensure the accuracy and reliability of experimental results.

·Can provide a clean environment during the imaging process to ensure smooth experimentation.

Product Features

·Wide compatibility:Supports various sample containers such as standard porous plates, culture dishes, and glass slides.

·Precise environmental control (optional):Oxygen concentration: 0.1% -25%, accuracy 0.1%, optional 0-100% range; Carbon dioxide concentration: 0% -20%, with an accuracy of 0.1%.

·Temperature control range:Room temperature+3 ° C to 50 ° C, with an accuracy of 0.1 ° C; Low temperature function can be optionally selected.

·Internal environmental management:Built in circulation ventilation system ensures even distribution of temperature and gas concentration; Equipped with HEPA filters to provide a clean air environment.

·Material and visibility:Made of transparent PMMA material for easy observation. Black PMMA material can also be selected to meet darkroom requirements.

·Multi functional parameter control:Adjustable temperature, humidity, oxygen concentration or nitrogen concentration, carbon dioxide concentration.

·Strong adaptability:Suitable for all upright/inverted microscopes and can be used under confocal microscopy without causing image drift.

·Compact design:The ductless design saves space, equipped with anti vibration heater, built-in fan heater, and intelligent pillar tilt function that can be operated without opening the top panel.

·Portable operation and safety:The front door is open for easy sampling, the IR motion sensor automatically switches on and off the LED light, and the wavelength can be adjusted to meet different sample requirements.

·Accessories and Layout:Customizable shelves can be used to place incubators and their accessories, enhancing flexibility and efficiency in use.

·Cleanliness level:Meets ISO 14644-1 Level 5 standard, with the same cleanliness as a clean bench. Under specific measurement conditions, there are strict limits on the number of particles of different sizes per cubic meter, such as no more than 10200 particles of 0.3 μ m and no more than 3520 particles of 0.5 μ m.

Applicable fields

·1. Cell biology research:

Long term live cell imaging;

Research on cell proliferation, differentiation, and apoptosis;

Assessment of cellular responses to different gas concentrations, such as low oxygen or high carbon dioxide.

·2. Drug development and testing:

Real time monitoring of the effect of drugs on cells;

Cell toxicity testing during drug screening process;

Simulation of cell growth conditions in new drug development.

·3. Organizational Engineering and Regenerative Medicine:

Organizational culture and organ model construction;

Research on the interaction between biomaterials and cells.

·4. Microbiological research:

Analysis of growth characteristics of microorganisms under specific conditions;

Research on the response of pathogens to different environmental factors.

·5. Environmental Science:

Simulate changes in temperature, humidity, and gas composition in natural environments to study their effects on biological samples.

·6. Agricultural and Plant Science Research:

Plant cell or tissue culture;

Research on crop stress resistance, such as drought tolerance or salt tolerance

·7. Basic Medicine and Clinical Research:

Exploration of disease mechanisms, including tumor biology, etc;

Cultivation and research of patient specific cell lines in personalized medicine.

Suitable for all upright/inverted microscopes and can be used under confocal microscopy without causing image drift.

·8. Education and Training:

In the teaching laboratory of a research institution, it is used for teaching demonstrations and student experiments.

Product Model