Tommy Seiko MX-160 High-Speed Refrigerated Microcentrifuge with TMA-30 Angle Rotor

The Tommy Seiko MX-160 is a high-speed refrigerated microcentrifuge engineered for demanding laboratory applications including molecular diagnostics, bioprocessing, and clinical biotechnology workflows. This benchtop equipment supports a maximum rotational speed of 16,000 RPM, delivering centrifugal forces up to 21,130 xg, ideal for rapid separation of microvolume samples. The integrated cooling system maintains a temperature range from -10°C to 40°C with precision temperature control accurate to ±1°C, ensuring sample integrity during processing of temperature-sensitive biomolecules or live cell preparations.

Key technical features include:

• Capacity: accommodates up to 4 tubes of 50 ml each, suitable for microvolume to medium volumes in biomanufacturing and molecular cloning protocols.
• Rotor: supplied with TMA-30 angle rotor, optimized for fixed-angle sample processing providing consistent sedimentation important in synthetic biology and biomedical research.
• Electrical: powered by single-phase AC 100V, 50/60Hz operating at 9A, designed for standard laboratory power supplies.

This unit is used and sold as-is, reflecting typical wear; therefore, performance may not fully match new units. It remains a reliable option for laboratories engaged in gene editing, molecular diagnostics, and bioprocessing pipelines requiring refrigerated centrifugation combined with high-speed separation. The durable build and precise temperature control make it a popular choice among researchers conducting live-cell imaging preparation and advanced cell fractionation tasks in biotechnology and clinical research environments.