Thermo Fisher Sorvall X4R Pro MD Refrigerated Benchtop Centrifuge with Touchscreen

The Thermo Fisher Sorvall X4R Pro MD is a versatile refrigerated benchtop centrifuge designed for advanced clinical diagnostics, molecular biology, and bioprocessing applications. It features a 4-liter capacity accommodating up to 196 blood tubes, 96 x 15 mL conical tubes, or 4 microplates, making it widely used in synthetic biology research and biopharmaceutical production pipelines.

Key technical specifications include:

• Maximum speed of 15,200 rpm reaching a relative centrifugal force (RCF) of 25,830 x g (rotor-dependent)
• Direct-drive, brushless induction motor ensuring maintenance-free, low-profile operation suitable for sensitive molecular diagnostics workflows
• Full-color touchscreen interface for monitoring centrifuge health, rotor life, and easy control of up to 100 programmable protocols, optimizing routine bioprocessing runs
• Refrigeration range from -10°C to 40°C, supporting temperature-sensitive applications such as live-cell imaging sample preparation and fluorescence analysis
• Compatible with 18 rotor options, including TX-1000 swing buckets and Thermo Fisher fixed-angle rotors, enhancing flexibility for various centrifugation protocols
• SmartSpin imbalance detection technology enhances safety and sample integrity, critical for biomanufacturing quality control
• Energy-efficient design with up to 40% lower consumption compared to industry standards, featuring scheduled compressor shutdown and lightweight rotors to reduce operational costs

This centrifuge's durable construction includes PC-ABS plastic housing coated with 2K PUR lacquer, cold-rolled steel frame, and a stainless-steel bowl designed for robust use in biotechnology and clinical laboratories. Noise levels remain under 64 dB(A) at peak speeds, supporting a quieter lab environment.

Widely adopted in molecular cloning workflows and essential for biomedical engineering research, the Sorvall X4R Pro MD combines advanced technology and ergonomic design for reliable centrifugation performance across diverse research domains.