POL-EKO ILC CO2 Incubator with SMART PRO Controller for Cell and Tissue Culture

The POL-EKO ILC CO2 Incubator features advanced environmental regulation critical for biotechnology and molecular diagnostics applications such as cell culture, tissue engineering, and bioprocessing workflows. Equipped with the SMART PRO Controller, it offers precise control over temperature and CO2 concentration, enabling optimal conditions for cell growth and live-cell imaging without disruption.

Key technical specifications include:

• Chamber capacities: 182 L or 262 L, suitable for medium- to large-scale cell culture needs.
• Temperature range: ambient +5°C to +50°C with 0.1°C resolution, ensuring stable incubation environments for sensitive biological samples.
• CO2 control: 0% to 20% concentration via natural convection without a fan, reducing contamination risks and providing even gas distribution essential in synthetic biology and gene editing research.
• Construction: acid-proof stainless steel interior (0H18, DIN 1.4301) with powder-coated steel exterior, aiding durability and sterility in clinical diagnostics and biomanufacturing labs.
• Doors: double door design with a glass inner door for contamination-free viewing and a solid external door for insulation.
• Profiles: supports up to 100 multi-segment temperature-time profiles, facilitating complex bioprocess protocols and long-term experiments.
• Additional features: includes 3 stainless steel perforated shelves, 2 x 30mm access ports, and connectivity options via USB, WiFi, and Ethernet for integrated laboratory data management.
• Sterilization: supports hot air sterilization up to 180°C, maintaining aseptic conditions critical for molecular cloning workflows and cell biology research.
• Warranty: 24 months manufacturer’s warranty ensuring reliability and support.

This incubator is widely adopted in biomedical engineering and cell biology, serving as an essential tool for bioprocessing and synthetic biology laboratories. Its fanless design and precise environmental controls make it popular among researchers requiring contamination-free live-cell incubation and fluorescence analysis in biotechnology and clinical diagnostic settings.