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In scientific research and university laboratories, oil-free vacuum pumps are setting a new trend thanks to clean operation and low maintenance. Leynow explains...

Why do vacuum pump prices vary so much? We examine market fluctuations, manufacturer competition and the cost factors that determine what you pay for a pump.

Choosing the right vacuum source for laboratory waste liquid aspiration: water aspirators, diaphragm pumps and oil-free pumps compared for safety and chemical r...

How laboratory vacuum pumps work, what each application requires, and how to choose the right model for filtration, rotary evaporation, drying and degassing.

How laboratory oil-free vacuum pumps work, the principles behind their oil-free design and the correct way to operate them for reliable results.

A technical discussion of corrosion-resistant laboratory vacuum pumps: the materials and designs that resist aggressive vapours and how to select one.

What laboratory vacuum pumps are used for - vacuum drying, filtration, rotary evaporation and degassing - and how to choose the right model.

The range of laboratory vacuum pump applications and a practical method for choosing the right pump for filtration, drying, evaporation and analysis.

The practical features that make oil-free piston vacuum pumps a strong choice for laboratory work, from clean operation to compact size and low maintenance.

The ways vacuum pumps are used in aerospace - simulation testing, composite manufacturing and component processing - and what performance is required.