1000L Climate Chamber CMS-1000B with lighting

1000L Climate Chamber CMS-1000B with lighting

Features:

• Features an intelligent PID programmable temperature control system.
• Full-color LCD touch screen provides integrated display of all operating parameters.
• Optimized air circulation technology using forced convection and vertical diffusion.
• Medical-grade antibacterial stainless steel workspace with seamless, rounded-corner design.
• Three-sided multi-directional LED lighting simulates natural photoperiods and light angles.
• Dedicated drainage system separates waste from the humidification circuit to ensure purity.
• Advanced auto-defrost maintains precise environmental conditions by preventing frost buildup.
• Easy-maintenance sensor covers protect against damage and ensure measurement accuracy.
• Professional-grade locking casters with dual wheels facilitate stable movement and positioning.
• Robust air duct and blower assembly ensures reliable performance across extreme temperatures.
• Standard external communication interface (RS485) supports data logging and system integration.
• Multi-layered safety suite includes electrical, temperature, and component protection.
• Alarms for critical events: low water, high water, compressor fault, and user access.
• High-precision sensing with Honeywell PT1000 temperature and Rotronic humidity sensors.
• Built to support the optional addition of an infrared CO2 monitoring and control module.

Specifications

Introduction about incubator

In the realms of microbiology and cell culture, the incubator is not merely equipment but a foundational pillar. For microbiologists, it is the primary tool for cultivating bacteria, yeast, and fungi. By setting an optimal temperature—such as 37°C for human pathogens or 30°C for certain environmental isolates—the incubator allows a single microbial cell on an agar plate to multiply into visible colonies. This colonial growth is the basis for identification, antibiotic sensitivity testing, and genetic analysis. In cell culture, the incubator's role is even more critical. Mammalian cells, removed from the protective homeostasis of an organism, are extraordinarily vulnerable.

The CO2 incubator becomes their artificial body, maintaining 37°C, saturating humidity to prevent medium evaporation, and regulating 5% CO2 to stabilize pH. This controlled "womb" enables the growth of cell lines used in vaccine production (like Vero or HEK-293 cells), cancer research, and the development of biotherapeutics like monoclonal antibodies. Without the stable environment provided by the incubator, these cells would perish, halting progress in virology, immunology, and regenerative medicine. Thus, from diagnosing a bacterial infection to growing cells for a potential cure, the incubator facilitates the very practice of modern biomedicine.