SCILOGEX 410 PTFE Chemical Diaphragm Resistant Vacuum Pump for Laboratory Use

The SCILOGEX 410 PTFE Chemical Diaphragm Resistant Vacuum Pump is engineered for chemical and biochemical laboratory applications, including rotary evaporation and molecular biology workflows. Its PTFE-wetted components provide superior resistance against acids, alkalis, and organic vapors, making it highly suitable for bioprocessing and molecular diagnostics environments.

Key technical features include:

• Oil-free, air-driven diaphragm design minimizing maintenance and contamination risks, essential for biopharmaceutical production pipelines.
• Maximum flow rate up to 20 liters per minute, supporting efficient solvent removal in rotary evaporators and gel drying processes.
• Robust motor specifications: 90-95 Watts power consumption, with rotation speeds of 1450-1700 rpm depending on voltage supply (110V/220V).
• Vacuum capacity reaching 10 mbar with a max pressure of 30 psi, enabling precise vacuum control in laboratory filtration and solid-phase extraction (SPE).
• Integrated thermal protection automatically halts operation during overheating, enhancing durability during prolonged biotech or chemical workflows.
• Compact size (280 x 112 x 210 mm) and low noise output (50 dB) support convenient placement in tight laboratory spaces.
• Optional accessories such as the SCILOGEX 400 vacuum regulator/moisture trap add functionality with integrated vacuum gauge and pressure regulation.

This vacuum pump is widely adopted in biotechnology research for its chemical resistance and reliability in synthetic biology, gene editing, and live-cell imaging applications. Its use in centrifugal evaporators and electrophoresis blotting further demonstrates versatility in modern laboratory environments. The unit’s durable squeeze-casting aluminum housing with anti-rust treatment ensures long-term performance in demanding research settings.

Overall, the SCILOGEX 410 is a technically advanced, oil-free chemical resistant vacuum pump essential for labs requiring reliable vacuum control in molecular cloning workflows and bioprocessing protocols.