Thermo Scientific SPD2010 SpeedVac Vacuum Centrifuge System for Sample Concentration

The Thermo Scientific SPD2010 SpeedVac Vacuum Centrifuge system is engineered for efficient solvent evaporation, sample concentration, and drying protocols critical in molecular diagnostics and biotechnology research workflows. Utilizing a patented combination of centrifugal force, vacuum, and applied thermal energy, the SPD2010 system effectively prevents sample bumping and foaming, ensuring sample integrity during evaporation.

Key technical specifications include:

• Temperature range: 45–80°C adjustable in 5°C increments to counteract evaporative cooling and optimize drying rates.
• Timer controls: Dual independent settings for Heat and Run ranging from 1 minute to 9 hours 59 minutes, plus continuous operation for flexible process scheduling.
• Concentrator capacity: 500 mL, supporting medium-scale bioprocessing sample volumes.
• Refrigerated vapor trap: Maintains a temperature of -50°C to efficiently capture solvent vapors, safeguarding vacuum pump longevity and ensuring environmental safety.
• Vacuum pump: Oil-free design with displacement of 30/36 L/min at 50/60 Hz frequencies, achieving a maximum vacuum of 7 Torr with precise incremental control from 30 to 5.1 Torr (0.1 Torr steps).
• Vacuum ramp settings: Adjustable 1 to 5 for controlled pressure reduction tailored to sensitive samples.
• Physical dimensions: 770 x 670 x 470 mm (WxDxH) and weighing 83 kg for stable benchtop integration.
• Rotor included: Thermo RH200-12 fixed angle rotor accommodates 200 × 1.5–2.0 mL microcentrifuge tubes, optimized for high-throughput molecular biology and synthetic biology applications.

This SpeedVac concentrator system is widely adopted in biomedical engineering, gene editing sample preparation, and biopharmaceutical production pipelines where controlled, reproducible solvent evaporation and concentration are essential. Its integration of vacuum centrifugation with refrigerated vapor trapping facilitates critical bioprocessing workflows in synthetic biology and molecular diagnostics, providing precise handling of delicate biomolecules during concentration and drying stages.