JERGENS INC. ANNOUNCES WASHDOWN TOOL TO SAVE TIME AND INCREASE MACHINE UTILIZATION

Jergens introduces its new Washdown Tool, a clever device that provides 360 degrees of spray using coolant flow to wash away chips from exposed surfaces. The in-between-processes tool is programmed inline (as with any standard tool) after a predetermined number of machining cycles. The Washdown tool provides thorough chip removal from the many exposed surfaces inside the machining area. In turn, this saves time for operators by reducing the time spent cleaning chips from a machine interior, workpiece, or workholding setup.

The unit uses multiple spray nozzles on its circumference, providing a steady and pressurized stream. Each nozzle can be plugged or opened to create customized spray patterns. Added spindle rotation ensures that coolant reaches virtually everywhere inside the machine. Residing in the tool changer, and programmed just as any other, the Jergens Washdown Tool is deployed periodically at scheduled intervals. This automation shortens cleaning time and supports long machining cycles, even lights out manufacturing periods when no operator is present.

“Any aspect of the machining process, even something as simple as cleaning chips, that can be made more systematic and repeatable will allow for greater productivity and reduced scrap”, said Mike Antos, Jergens Workholding Product Manager. “The washdown tool is another way of helping them (customers) achieve that”, continued Antos.

For information about Jergens Washdown Tool, or any of the range of workholding solutions, contact the company at 15700 S. Waterloo Road, Cleveland, OH 44110-3898. Phone: 877-486-1454; Fax: 216-481-6193; e-mail: info@jergensinc.com; or visit on the web at www.jergensinc.com.

About Jergens

Jergens, Inc. is a global manufacturing leader of CNC machining workholding products. The company is ISO 9001:2015 certified and committed to helping customers achieve leaner, more profitable manufacturing, and continues to add products and engineered solutions for an integrated approach to “Manufacturing Efficiency”.