Dry Screw Pumps offer an oil-free pumping chamber capable of high vacuum operation. The user benefits from contamination-free gas pumping and low energy consumption. » View More

The Dynapumps liquid ring vacuum pump range offers a wide range of sizes and construction materials. We offer available both single and two stage designs. The main features are simplicity and robustness. » View More

In Australia and New Zealand, Dynapumps offers the world-leading Agilent range of diffusion vacuum pumps. Pumping speeds from 65 – 28000 l/s are available with vacuum levels of down 10 ?? mbar [abs]. » View More

Dynapumps have one of the widest ranges of vacuum gauges and controllers on the market.; Gauges suitable for both industrial and scientific applications can be supplied in configurations including Pirani, Capacitance, Inverted Magnetron and Hot Cathode Ionisation » View More

Heavy duty single-stage Rotary Vane Pumps are easy to install, operate fully automatically, and represent the simplest and most inexpensive system for vacuum plants. Our pumps achieve a high degree of vacuum through a wide pressure range of practically constant flow. » View More

Rotary piston vacuum pumps are most commonly used in heavy duty industrial applications. They are traditionally oil-sealed and tolerant to ingress of contaminated gases. » View More

Operates on the principle of contactless rotary claw mechanism. No internal friction or wear occurs in the oil-less pump chamber. Delivers high energy efficiency and minimal maintenance requirement. » View More

Single-stage Dry & Oil Flooded Rotary Vane vacuum pumps are available with either oil-sealed composite or dry carbon vanes, dependant on required application. » View More

Rotary Vane pumps are unique in their ability to deliver high or low throughput with ultimate high vacuum. » View More

Air Operated Diaphragm (AOD) Pumps are completely portable, these pumps come in polypropylene, aluminum, stainless steel plus other material options with a wide range of elastomers to suit your requirements. » View More