New DSS Scroll Vacuum Pump with Two Spiral-shaped Screws Made of Aluminium
One spiral screw is fixed, while the second one rotates to compress the gas inclusions. Provides a stable vacuum at an atmospheric pressure of up to 1 mbar. No oil changes are necessary, due to the dry running of the pump.
Read More »Vacuum Pump targets scientific and industrial communities.
Suited for scanning electron microscopes and laboratory equipment requiring clean vacuum system, oil-free Hush Pump(TM) offers vibration dampening while alleviating routine maintenance and contamination. Scroll pump also eliminates potential leakage as well as smells and fumes from typical oil pumps. Providing 60 lpm capacity, Hush Pump is suited for mass spectrometers, vacuum degassing, freeze...
Read More »
Scroll Pump produces 5 mTorr vacuum without turbo boost.
With package size of 7.5 x 5.9 x 5.7 in., 3-stage oil-free Scroll Pump features displacement of 2 cfm, noise level less than 45 dBA, and power requirement of 150 W. Power delivery is continuous, and rotary scroll design provides balanced, pulse-free operation. With only 2 primary moving parts, there are no inlet or discharge valves to break or make noise. Pump can replace turbo boosted pumps in...
Read More »Scroll Pump is designed for dry vacuum pumping applications.
Model IDP-3 low noise, low power pump is suited for applications such as analytical instrumentation, high energy physics, semiconductor fabrication, and industrial processing. With hermetic design in which motor and bearings are outside vacuum space, it allows full isolation of all pumped gases and minimizes possibility of catastrophic failures. Measuring 14 x 7 x 6 in., pump has pumping speed of...
Read More »
Deploying Commercial Electronics in Rugged Environments
This white paper explores how Commercial Off-the-Shelf components can be used efficiently and cost-effectively in critical military applications.
Read More »
Vacuum Pump/Compressor delivers 80+% volumetric efficiency.
With completely sealed pumping section, semi-hermetic scroll Vacuum Pump/Compressor allows cooling of both scrolls. As compressor, unit develops up to 60 psig with 2 cfm displacement, while vacuum model develops up to 200 mtorr with displacement of 2 cfm. Seals are PTFE composite, and wetted surfaces are constructed of stainless steel, nickel, and hard anodized aluminum. Unit is suited for fuel...
Read More »Dry Scroll Pump features base pressure of 380 milliTorr.
Single-stage, 4.2 cfm ULVAC Model DISL-100 fills ultimate pressure void left between diaphragm pumps, which are typically rated at 1.5 Torr, and 2-stage scroll pumps down to 7.5 milliTorr. Single-stage scroll design optimizes vapor handling and enables higher continuous inlet pressure performance compared to 2-stage models.
Read More »
Scroll Air Compressor/Pump suits small medical equipment.
Suited for use in laboratory equipment, fuel cells, and mass spectrometers, P5H7 scroll pump measures 1.4 x 1.4 x 3 in., delivers up to 10 psi, and has no load flow of 0.14 cfm. Quiet and vibration-free, it provides compressed air or vacuum source and is available in aluminum or injection-molded plastic models. Device uses spinning scroll technology, can be adapted to pump liquids, and offers...
Read More »
Scroll Vacuum Pump suits laboratory/medical environments.
Oil-free pump incorporates 2-stage scroll compressor technology, which allows pump to provide less than 10 mt ultimate vacuum while measuring 3.75 x 4.5 x 6.0 in. and weighing 4 lb. Pump delivers displacement of under 1 cfm and noise level of less than 40 dBA. Product utilizes brushless DC motor with onboard controls and scroll design for smooth, pulse-free performance, while rotary scroll motion...
Read More »
Solve Any Large-scale Water Control Problem with the Aqua Dam Flood Barrier
Aqua Dam is the ultimate solution for large-scale water control projects. It combines lightweight, large size, and portability all in one innovative product. To learn more about the uses, and applications of Aqua Dam, or to see it in action, check out our new video to get all the details.
Read More »
