JENFAB offers an extensive line of standard and custom automated spray, immersion, and ultrasonic cleaning systems for all cleaning requirements. Since 1960, JENFAB has developed innovative technology for aqueous cleaning systems. The company created...
JENFAB offers an extensive line of standard and custom automated spray, immersion, and ultrasonic cleaning systems for all cleaning requirements. Since 1960, JENFAB has developed innovative technology for aqueous cleaning systems. The company created the world’s first, fully automated, vertical agitation parts washers, incorporating basket rotation under a washing solution and in a drying chamber. By 1970, JENFAB was providing automated, ultrasonic precision, cleaning systems for the automotive, aviation, and bio-medical industries. Now, JENFAB offers the most extensive line of standard and custom automated spray cleaning, immersion cleaning, and ultrasonic cleaning systems for virtually all central, cellular, and inline cleaning requirements. These include front load-unload, rotating basket, vertical agitation and rotation, rotary drum, spray, belt, monorail, combination, and modular lean manufactured systems.
JENFAB’s comprehensive aqueous cleaning product line ranges from small-footprint cellular washers, to large, in-line, fully automated vertical agitation and rotation or spray-immersion washers. Parts can be processed continuously in-line, such as in a rotary drum or aqueous cleaning conveyor system, or in baskets, barrels, or specialized fixtures designed to securely hold parts. A wide variety of cleaning action, such as agitation, a submerged spray impingement, or an ultrasonic washing option can be incorporated into multiple stages, including wash, rinse, rust inhibitor, dry or any custom combination of stages. JENFAB aqueous cleaning systems can also be equipped with a wide variety of options, such as chip collection, chip removal, oil skimming or oil coalescing, and high volume filtration. The result is clean and dry parts, with higher throughput than competing systems.
Read more
Show less
