POL-EKO KKS F 1200 Climate Chamber with Precision Temperature, Humidity & LED Lighting Control

The POL-EKO KKS F 1200 Climate Chamber is engineered for precise environmental control, supporting diverse research applications including *plant cultivation, microalgae farming, insect breeding,* and *biotechnology workflows*. Its *temperature range of 10 to 50 °C* coupled with *humidity control from 10 to 90% RH* enables reproducible microclimate simulation essential for *molecular diagnostics* and *synthetic biology* research.

Key features include:

• Growth area from 0.3 to 1.2 m² configurable with adjustable shelving.
• Stainless steel interior with white-painted perforated shelves ensuring maximum light reflection and chemical resistance.
• Advanced ventilation system maintaining uniform airflow at approximately 0.2 m/s per shelf, adjustable in 1% increments for stable environmental conditions.
• SMART PRO 7" high-definition touchscreen controller with LAN, USB, and WiFi connectivity enabling remote management via LabDesk software — facilitating real-time data logging critical for *bioprocessing* experiments.
• Multiple alarm systems and programmable multi-segment temperature/ramp profiles enhance operational safety and experimental reproducibility.
• LED lighting system supporting up to four illuminated shelves with uniformity >95% and adjustable intensity from 500 up to 1000 μmol/m²/s.
• Optional LED modules offer spectral outputs in Deep Blue (450 nm), Far Red (657 nm), Hyper Red (727 nm), and UV-A, UV-B, UV-C bands, enabling advanced photobiology and *biopharmaceutical production pipeline* simulations.
• Protective evaporator coating designed to withstand aggressive environments such as acid secretions in insect farming.

Included accessories cover shelves, guides, water tank (6 L), LabDesk software, and verification certification. Optional upgrades enhance system flexibility with stainless steel shelves, additional access doors, phytotronic systems, calibration support (IQ, OQ, PQ), and integrated battery backup.

This climate chamber is critically suited for *live-cell imaging*, *fluorescence analysis* under controlled irradiance, and climate condition modeling used in *biotechnological research* and *clinical diagnostics*. Its advanced control features and high environmental stability meet the rigorous demands of *biomanufacturing* and *gene editing* experimental setups.