Thermo Scientific Midi CO2 Incubator, 40 L, Polished Stainless Steel

Description of the Advanced Incubation System:

The advanced incubation system stands out as a compact solution designed specifically for labs requiring a personalized culture space. This allows for undisturbed incubation conditions, ensuring the prevention of contamination risks, especially crucial for labs with small-sample throughput needs.

Main Features Include:

• Compact Design: With a width of less than 24″ (61cm), the Midi model of the incubator is designed for space optimization. It further enhances user experience with digital read-outs and alphanumeric displays, streamlining both operation and monitoring processes.
• IntrLogic II Microprocessor Control:
• The unit has been factory-calibrated to uphold precise thermal gas performance.
• It boasts a microprocessor-based automatic thermal conductivity CO2 control system.
• The three-button touchpad ensures easy control, secure setpoints, and features an encompassing alarm system. Audible and visual alerts keep users informed about temperature and CO2 functions.
• It can regulate temperatures ranging from 5°C above ambient up to 60°C with a control precision of ±0.1°C.
• The EasyView™ vacuum-fluorescent display is highly visible, providing easy readings.
• Robust Construction:
• Its reinforced design allows for stacking, optimizing lab space.
• The incubator is coated with a scratch-resistant, high-impact paint which makes it easy to clean.
• It features a solid outer door that aligns seamlessly with the cabinet, secured with a magnetic gasket. Inside, a tempered glass door is heated by the outer door to eliminate condensation.
• A non-porous silicon gasket maintains the integrity of the chamber.
• The interior chamber, made of seamless stainless steel, ensures durability.
• Radiant wall heating paired with natural air convection ensures uniform temperature distribution.
• It comes equipped with four stainless steel shelves.
• A heated, removable humidity pan can achieve relative humidity values up to 95%, with quick recovery rates, which is essential for optimal cell growth.

In essence, this incubation system is an embodiment of precision, durability, and user-centric design, offering optimal conditions for various lab requirements.