Fukushima FMU-133I Low Temperature Incubator with 8-Step Programmable Control

The Fukushima FMU-133I Low Temperature Incubator is engineered for precise temperature control and programmability, essential in molecular diagnostics, bioprocessing, and biomanufacturing workflows. It features an 8-step programmable control system with two pattern options allowing time and temperature adjustments to support diverse biotechnology applications such as synthetic biology and cell incubation. The temperature can be finely tuned at 0.5°C increments across a range of -15 to +50°C, with enhanced 0.1°C resolution near 37°C (35–40°C), critical for live-cell imaging and microbiological research requiring stable thermal environments.

Key technical features include:

• Temperature accuracy of ±0.5°C at 37°C under heater proportional control, ensuring precise environmental stability
• Temperature distribution uniformity within ±0.5°C at 37°C with no load, ideal for consistent sample incubation
• HFC-134a refrigerant compliant with modern fluorocarbon regulations, supporting sustainable laboratory operations
• A 130-liter internal chamber (dimensions 620×340×584 mm) accommodating moderate-sized experimental setups
• Measurement ports designed for probe insertion or power cable access without compromising chamber integrity
• Programmable operation with memory backup of ~48 hours for uninterrupted performance during power fluctuations
• Integrated fluorescent lighting enhances sample visibility within the chamber

This incubator supports workflows in molecular cloning, biotechnology R&D, and clinical diagnostics where precise, programmable low-temperature environments impact assay reproducibility and biological sample integrity. Being a used unit sold as-is, performance verification is recommended before critical use.