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We supply design, engineering, and fabrication services
for hydraulic and electro-hydraulic systems and system components. We have designed and
built-to-order items as simple as surge tanks and as complicated as a thirty-foot
long console of computer-controlled test equipment for aircraft component
testing.
Give us a call for any of your hydraulic component or system needs.
The HPS, Inc. Intensifier Accumulator was the first and original accumulator
of its type developed for automotive plant uses.
They are used extensively throughout the automotive industry. Their applications include clamping, welding, and piercing operations.
The differential area piston allows factory air pressure to be intensified
to hydraulic presure proportional to the differential piston area ratio.
Our newest component innovation is the Pulse Gulper(tm): a family of pulsation suppressors
that have been enthusiastically received by the industry, winning recognition
in the Design News awards supplement,
The Best Fluid Power Ideas of 1996.
The Pulse Gulper(tm) can improve any hydraulic circuit--significantly reducing pulsations, noise, surges, materials fatigue, and leakage; as well as improving system life and accuracy in servo-controlled systems. You owe it to yourself and your customers to look more deeply into this dramatic, and dramatically simple new technology.
It has earned letters of praise from users like Twinkle Co
and DFI.
Magneti Marelli was equally impressed
when they installed one on the fully active
suspension they have developed for the Ferrari
512 TR Testarossa test car. (Wish they gave us one in trade.)
Now the field of hydraulics has the same unlimited test capability that electrical
engineers have relied on for decades.
The Pulsor(tm) test system is a flexible,
portable, compact system that can be used to simulate almost any kind of
pressure pulsations or flow oscillations
for complete testing of a hydraulic component or system.
This page was originally posted May 1, 1998, and contact information was updated September 30, 2019.