Vacuum Pumps – Laboratory

Mason Technology supplies laboratory vacuum pumps from Buchi and Edwards to customers across Ireland. We work in partnership with both manufacturers to support reliable vacuum generation across a wide range of laboratory applications. Laboratory vacuum pumps are essential for processes such as evaporation, filtration, distillation and analytical preparation. Selecting the correct pump is critical for performance, repeatability and system protection.

Buchi laboratory vacuum pumps are commonly used for solvent evaporation and sample concentration. They are designed to integrate seamlessly with rotary evaporators and related laboratory systems. Buchi pumps support stable vacuum control and reproducible processes. They are widely used in research, pharmaceutical and academic laboratories. Their compact design and reliable operation make them well suited to routine laboratory workflows.

Edwards laboratory vacuum pumps support a broader range of vacuum technologies and pressure levels. The range includes diaphragm pumps, dry scroll pumps, turbomolecular pumps and ultra-high vacuum systems. Edwards solutions are used in analytical, research and industrial laboratory environments. They support applications from general vacuum generation to advanced high and ultra-high vacuum work. Edwards pumps are chosen where performance, cleanliness and long-term reliability are essential.

Different applications require different vacuum technologies. Factors such as pressure range, chemical compatibility and cleanliness must be considered. Mason Technology works closely with customers to match the correct Buchi or Edwards vacuum pump to each application. We consider system requirements, usage patterns and future expansion needs.

As an authorised agent for Edwards and Buchi vacuum pumps and with expertise in servicing various other leading brands, Mason Technology offers specialised repair and maintenance services tailored to your needs. You can also opt for these services as part of an Annual Service Contract.