The Agilent VIP 1000 can be used for applications that require the evacuation of large volume chambers where stable and ultrahigh vacuum is needed. » View More

The Agilent TPS-flexy Turbo Pumping System is a powerful do-it-yourself high vacuum system suitable for a wide array of challenging applications. » View More

Dynapumps offers a wide range of Agilent Technologies leak detection equipment ranging from portable and bench mounted unit, through to mobile and dedicated production-based systems. » View More

As Australia’s distributor of the Agilent Technologies range of Ion pumps and accessories, Dynapumps can provide a solution to any research or industrial requirement that is needed.; Pumping speeds ranging from 0.2 – 500 l/s are available. » View More

Dynapumps offers the world-leading Agilent range of Dry Scroll vacuum Pumps. Our range extends from 3 - 30 m3/h. » View More

Agilent VHS and HS diffusion pumps have pumping speeds from 65 L/s to 28,000 L/s, in an operating range of 1 x 10-3 Torr to 5 x 10-9 Torr. » View More

Dynapumps can supply a range of turbomolecular pumps supplied by the industry leader in TMP design, Agilent Technologies; Our range extends from 80 – 6000 l/s and incorporates some of the most advanced developments in the area including onboard controllers as well as radical new hybrid designs such as the Macrtorr and Twistorr technologies. » View More

The Dynapumps range of vacuum fittings covers all aspects of vacuum components required in KF, ISO and CF designs.; To compliment this, our range of valves, both manual and pneumatic, include both general purpose ball valves, vacuum isolation valves and; UHV gate valves. » View More

Single and Two-Stage, Oil Sealed Rotary Vane Pumps for Broad Applications » 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