Thermo Scientific Multifuge X3 FR Floor Standing Refrigerated Centrifuge with TX-750 Rotor

The Thermo Scientific Multifuge X3 FR is a floor standing refrigerated centrifuge optimized for biotechnology, molecular biology, and bioprocessing applications. Its compact footprint reduces lab space usage by 24% compared to benchtop models, while a low 79 cm work height enhances ergonomics during rotor and tube handling. Equipped with SmartSpin technology, the centrifuge ensures optimal acceleration profiles and detects unbalanced loads, improving sample safety and process reliability critical for molecular diagnostics workflows.

Key features include:

• Maximum speed of 6000 rpm with swinging bucket rotors and up to 15,200 rpm with fixed angle rotors, supporting centrifugal forces up to 25,314 x g, suitable for high-speed separations in genomics, proteomics, and stem cell research.
• TX-750 Swinging Bucket Rotor with 4 x 750 mL capacity and round buckets, accommodating various sample volumes including 15 mL and 50 mL conical tubes via adapters.
• Robust ClickSeal biocontainment sealing system ensuring leak-proof operation and eliminating screw caps/clips, facilitating safe handling in clinical diagnostics and biopharmaceutical production pipelines.
• Microprocessor control enabling up to 99 programmable methods, with direct access keys for frequent protocols, suitable for repeatable results in synthetic biology workflows.
• Auto-Lock III rotor locking and motorized lid latch enhance operational safety.
• Temperature control range from -10 °C to +40 °C supports temperature-sensitive samples crucial for live-cell imaging and cell culture processing.

Additional specifications:

• Drive system: direct, brushless induction motor ensures smooth and quiet operation.
• Dimensions (HxWxD): 84 x 56.5 x 67 cm; Weight: 142.5 kg; Power consumption: 1950 W at 230 V mains supply.
• Delivered with power cord, TX-750 rotor assembly including round buckets and conical tube adapters, and instructional manual.

This centrifuge is widely used in biomedical engineering, food safety testing, and microbiology research, delivering reliable performance in blood separation, bodily fluid processing and biomanufacturing contexts. The multifunctional rotor compatibility and ergonomic design make it essential for laboratories prioritizing both throughput and sample integrity in advanced molecular biology and biotechnology applications.