Biocen 22R Refrigerated Microcentrifuge with Programmable Speed Control

The Biocen 22R is a refrigerated microcentrifuge designed for precise sample processing in molecular diagnostics, biotechnology, and clinical research laboratories. It supports a maximum capacity of 8 x 15 mL tubes and achieves a top speed of 31,865 xg (18,100 rpm). Compatible with rotors ranging from 0.2 mL to 15 mL, this centrifuge is ideal for workflows requiring adaptable tube formats, including microtubes and Falcon tubes.

Key features include:

• Temperature control from -20ºC to 40ºC, maintaining samples at 4ºC at maximum speed, critical for temperature-sensitive bioprocessing and gene editing protocols.
• LED display indicating real-time rpm/rcf and run time, facilitating precise centrifugation parameters.
• Programmable speed adjustment in increments of 50 rpm or 50 xg, supporting customized centrifugation profiles essential in synthetic biology and cell imaging preparation.
• Timer adjustable from 1 to 99 minutes in 5-second intervals, with countdown or count-up modes and infinite run time options, meeting complex experimental timing needs.
• Progressive acceleration and deceleration controls prevent sample disturbance and enhance reproducibility in biomanufacturing processes.
• Integrated microprocessor control and memory for rotor specifications optimize operational safety and efficiency.
• Safety features include automatic and emergency lid lock, imbalance detection with auto-stop, and acoustic and visual status alerts.
• Maintenance-free motor ensures long-term reliability with noise levels below 60 dB, making it suitable for standard laboratory environments.

Note: Rotors are sold separately. Examples include the RT223 rotor for 8 x 15 mL Falcon tubes and the RT227 rotor for 24 x 1.5/2 mL microtubes, supporting diverse applications in molecular cloning and biomedical engineering.

This refrigerated microcentrifuge is widely adopted for biopharmaceutical production pipelines, live-cell imaging prep, and other critical biotechnological workflows requiring consistent temperature regulation and centrifugation precision.