Used SAVANT / THERMO FINNIGAN SpeedVac SPD 1010 #9060361 for sale

SAVANT / THERMO FINNIGAN SpeedVac SPD 1010 is an efficient and reliable sample concentrator designed for rapid removal of solvents from samples. This lab equipment and accessories make it easy to remove and concentrate a variety of samples quickly without sacrificing accuracy. SAVANT SpeedVac SPD 1010 has a number of advanced features that make it a great choice for laboratory work. This equipment is designed with a strong, durable, stainless steel chamber, making it easy to use and able to withstand the pressures of concentrated samples. The chamber is also equipped with a safety switch so that users can shut off the machine in the event of an emergency. THERMO FINNIGAN SpeedVac SPD 1010 also has a powerful motor that allows it to rapidly heat and cool samples. This powerful motor can reach speeds up to 980 rpm, which is much faster than conventional lab evaporators. Additionally, the motor is designed to be energy efficient, helping to reduce energy costs. SpeedVac SPD 1010 features a powerful vacuum with a double-stage rotary vane pressure pump. This allows the machine to de-gas samples before they are evaporated and concentrated. This machine also has a variable speed control, allowing the user to adjust the speed to accommodate the specific sample that is being concentrated. One of the other features of SAVANT / THERMO FINNIGAN SpeedVac SPD 1010 is the digital temperature readout. With this feature, users can adjust the temperature of the evaporator without guesswork and ensure that the samples are concentrated evenly and correctly. The digital readout is also backlit to make it easier to read in dimly-lit environments. SAVANT SpeedVac SPD 1010 is an excellent choice for scientists and researchers looking for an efficient and reliable way to concentrate samples. Thanks to its powerful motor, advanced digital temperature readout, and double-stage rotary vane pressure pump, this machine is able to quickly and efficiently remove solvents from samples without sacrificing accuracy.