Oil Free Diaphragm Vacuum Pump, 160W GM-0.5A Laboratory Vacuum Pump, 30 /Min Diaphragm Vacuum Pump, ≥0.08mpa, High Flow Oil Free Vacuum Pump for Vacuum Filtration Lab Tool

Technique parameter:Model: 0.5APumping speed:(L/Min)30Pump Head：1Ultimate PressureVacuum：≥0.08Mpa 200mbarPressure≥ 30 PsiNoise Level（dB）<50Dimensions(L x B x H)（ｍｍ）：210×160×235Temp of the body（℃）<55Motor Power（w）160Working Temp（℃）7—40Function：Vacuum &Pressure

• 【Oil-free Diaphragm Vacuum Pump】The oil-free diaphragm vacuum pump is an ideal product for use with high-precision chromatographs, and is a backing pump for (wide-range) turbomolecular pumps. This range of vacuum pumps has been specially developed for laboratory operation. It meets the highest expectations in terms of precision, reliability and ease of use.
• 【Multifunctional and Efficient】Our diaphragm vacuum pump does not require working medium (no oil), no pollution, built-in filter material in the air exchange chamber, can pump out any corrosive gas. Stable operation, low noise, high work efficiency, vacuum filtration, vacuum distillation, vacuum drying, on the rotary evaporator, extraction and transfer of gas, gel drying.
• 【Wide Range of Applications】This vacuum pump is versatile and can be used in various applications, including vacuum filtration, vacuum distillation, vacuum drying, rotary evaporators, gas extraction and transfer, and gel drying. It provides a reliable vacuum source for different laboratory processes.
• 【Adjustable Pressure】With its pressure adjustable feature, this vacuum pump can be regulated to meet specific requirements for vacuum or controlled steady air flow within a certain range. This allows for flexibility and customization in different applications.
• 【Durable and Efficient Design】This vacuum pump incorporates new technologies and materials to ensure durability and efficiency. It has a compact design and is easy to move, while still delivering optimal vacuum performance and high air flow rates. The self-cooling air draft system allows for continuous operation for extended periods.