Laboratory Incubators Capabilities
PHCbi brand laboratory incubators are designed to ensure highly accurate, reproducible environments that mimic real-world conditions. Our laboratory incubators allow for precise control of temperature, a low humidity setting and lighting protocols - making them ideal for microbiology testing and research, food and cosmetic shelf life testing, and municipal wastewater testing, plant cell culturing and more. Robust cabinet construction with corrosion-resistant stainless-steel surfaces simplify cleaning and eliminate rust due to high humidity in these heated and cooled incubators. PHCbi brand laboratory incubators use SNAP compliant, low flammability refrigerants to assure low environmental impact.
The PHCbi microbiological incubator offers accurate temperature control and consistent uniformity making them suitable for laboratory culturing, industrial incubation and various testing applications.
Wide Temperature Range
This microbiological incubator offers accurate temperature control and uniformity in wide temperature ranges (-10°C up to +60°C) with excellent chamber uniformity. The microprocessor allows for precision temperature control combined with a heater PID and compressor ON-OFF system. With a feed forward function that inputs the operating conditions of the compressor beforehand, the system ensures accurate temperature control for the chamber.
Ergonomic Cabinet Design
The MIR-254-PA features improved usability with a modern design, reversible door, adjustable low vibration and gentle air circulation that reduces media drying.
The MIR Series microbiological incubator has an 8-bit microprocessor controller for heat and refrigeration control +/-2°C. This compact microbiological incubator is completely programmable, allowing for direct numeric input with memory of operation, start dates and hours, clock mode and timer. The LCD control improves user interface for better programming and control.
Should the power source be interrupted due to power failure or other event, programmed data remains stored in memory semi-permanently. When the power source is restored, operation can be continued according to the predetermined program.
Programmable Operational Functions
Program input is simple and accommodates a range of diversified experimentation requirements. It is ideal for experimentation during night time or weekend experimentation or experimentation that requires setting changes. It is also ideal for microorganism cultures and preservation.