Tommy Seiko MX-307 Micro High-Speed Refrigerated Centrifuge

The Tommy Seiko MX-307 micro high-speed refrigerated centrifuge is designed for advanced biotechnology and molecular biology laboratories requiring precise temperature control and high centrifugal force for microvolume samples. Ideal for applications in molecular diagnostics, bioprocessing workflows, and clinical sample preparation, it supports efficient low-temperature centrifugation with a temperature range from -9°C to 35°C to protect temperature-sensitive biomolecules.

Key technical features include:

• Maximum rotational speed of 16,000 rpm, delivering up to 21,130 G relative centrifugal force suitable for cell pelleting, nucleic acid extraction, and protein isolation.
• Capacity for four 50 ml tubes, enabling moderate throughput for microcentrifugation.
• Adjustable speed from 300 rpm to 16,000 rpm and centrifugal force from 100 G to 21,130 G, ensuring flexibility for various sample types and protocols.
• Electric requirements include single-phase AC 100V power supply with rated current of 12 A and power consumption of 920 W (790 kcal/h heat generation).
• Physical footprint measuring 34.5 cm (W) × 46.5 cm (D) × 86 cm (H) and robust build weighing 64 kg.
• Includes the TMA-300 rotor, critical for microcentrifugation applications in biotechnology labs focusing on gene editing, synthetic biology, and biomanufacturing.

This centrifuge is widely adopted in research fields requiring precise cooling and high-speed centrifugation such as cell imaging preparation, biomedical engineering, and live-cell sample processing. Note that it is a used instrument sold as-is, with potentially altered performance compared to new units, suitable for users valuing cost-efficiency while maintaining essential functionality for high-speed refrigerated centrifugation in life sciences research environments.