Jorgensen Conveyor and Filtration Solutions' PermaClean, FlexForce, and Will-fill

Jorgensen Conveyor and Filtration Solutions' PermaClean, FlexForce, and Will-fill

July 29, 2022

Jorgensen Conveyors, Inc.

Jorgensen Conveyor and Filtration Solutions introduces three new systems that reduce labor and improve performance throughout the machining process.

The new PermaClean filtration system eliminates sludge build up by adding optional agitation to the coolant collection tank. Eductor nozzles keep coolant in motion, suspending chip particulates and preventing them from settling. Collection tanks equipped with PermaClean combined with cyclonic filtration are virtually maintenance free and significantly reduce labor required for frequent tank cleaning.

PermaClean incorporates into Jorgensen’s multi-step filtration system that includes the EcoFilter conveyor and filter cell, additional filtration options, and fine filtration for high-pressure applications. It also adapts to improve the performance of any Jorgensen filtration system.

To reduce coolant tank maintenance, Will-fill, a new metalworking fluid optimizer, combines automatic volume measurement and metalworking fluid analysis with faultless filling, permanent conditioning, and timely reporting to provide worry-free coolant care.

FlexForce is Jorgensen’s new high-pressure coolant system available in 500psi and 1,000psi options. It breaks through the heat-generated vapor barrier created at the cutting tool and workpiece that can cause surface deformities and damage tooling and gets coolant directly to the cutting zone, improving lubrication and heat dissipation. It also increases coolant and tool life and provides improved surface finishes.

Jorgensen will feature PermaClean, FlexForce, and Will-fill at IMTS 2022 along with the modular FlexFiltration line, chip processing systems, conveyors, and the new Auger Assist Conveyor that handles higher chip volumes and decreases labor required for chip hopper management on machines with a cone/auger discharge system.