Energy saver system lowers vacuum generator power usage, reduces noise
Anver Corp.’s Energy Saver technology is now available to reduce operating costs and increase safety on all of its electric- and air-powered vacuum generators.

Source | Anver
Anver Corp.’s (Hudson, Mass., U.S.) Energy Saver technology is now available on all of the company’s electric- and air-powered vacuum generators for use in composites processing. Anver says its Energy Saver technology quiets the vacuum lifter, lowers power usage and reduces pump wear and tear while keeping the lifter running safely. This technology reduces compressed air and electric power usage, which Anver says results in reduced total-cost‑of‑ownership (TCO) and improved profits.
When a pre‑set vacuum level is reached, the Energy Saver system shuts off the vacuum pump motor or the compressed air supply to the venturi pump, conserving electric power or compressed air and reducing noise. The vacuum level is constantly monitored, and the pump immediately re-energizes when a vacuum drop is detected, allowing the pre-set level to be quickly recovered.
Anver developed its Energy Saver technology to lower operating costs and improve the working environment wherever the company’s electric and venturi air operated vacuum generators are used. The Energy Saver system instantly recovers safe vacuum levels when necessary, protecting the integrity of the products the lifters are handling.
Related Content
-
Modular, curved racing track design enabled by composites and adaptive molds
X-Track worked with bespline to develop an easy-to-install, reusable, customizable composite sandwich panel alternative to dirt BMX and motorcross tracks.
-
Sunreef Yachts completes 43-meter single-shot hull infusion project
Sunreef 43M Eco electric catamaran, with a composite surface of 1,700 square meters, is considered to have the world’s largest infused hull.
-
Cannon introduces in-line resin degassing unit for infusion, RTM and pultrusion processes
Fully automatic system for processing large composite structural parts reduces overall degassing time in a single compact unit.