Thermo Kendro Savant SpeedVac Vacuum Concentrator SPD120-2

The Thermo Kendro Savant SpeedVac Vacuum Concentrator SPD120-2 is designed for efficient and gentle sample concentration in life sciences and analytical laboratories. With advanced vacuum technology, this compact unit enables fast evaporation of solvents while preserving sample integrity. Ideal for applications in molecular biology, drug development, and chemical analysis, the SPD120-2 delivers reliable performance in a user-friendly design.

Key Features:

• Brand: Thermo Kendro
• Model: SPD120-2 for compact and efficient vacuum concentration
• Performance: Fast solvent evaporation with minimal heat exposure
• Applications: Perfect for molecular biology, drug discovery, and chemical analysis
• Design: Compact and user-friendly for space-saving lab setups
• PTFE-coated chamber
• Radiant glass cover to accelerate evaporation and reduce drying time
• Automatic bleeder valve for unattended start/stop
• Vacuum end point mode terminates run when preset vacuum level is reached
• Digital display of vacuum, temperature, and time section
• Six programs available
• Independent timers for both heat and run
• Audible alarm

Scope of Supply:

• SPD120 P1: Concentrator, universal vacuum system including oil-free vacuum pump and refrigerated vapor trap (−50 °C), glass condensation flask, rotor (40 x 1.5 ml), tubing package including 12' thick-walled vacuum tubing, cutter, clamps and fittings, manual bleed valve, CryoCool™ heat transfer fluid (1 l), instructions
• SPD120 P2: Concentrator, ultra-low temperature refrigerated vapor trap (−105 °C), high vacuum pump, rotor (40 x 1.5 ml), universal tubing package, digital vacuum gauge, chemical trap kit for use with disposable cartridge, disposable cartridge with color indicator for trapping acids and water vapor, glass condensation flask, vacuum pump lubricating oil, CryoCool™ heat transfer fluid (1 l)

The Thermo Kendro Savant SpeedVac SPD120-2 is a trusted solution for laboratories requiring reliable and efficient concentration of small sample volumes across a variety of research disciplines.