Jergens showcasing workholding and automation solutions at IMTS

Published
May 21, 2024 - 07:00am
Jergens

Jergens will present its expanded range of modular quick-change workholding solutions and automation capabilities at the International Manufacturing Technology Show, September 9-14 at Chicago’s McCormick Place. 

Featured products will include the company’s range of 5-axis vises and top tooling, cast iron tooling columns, Zero Point System, low profile clamping, and Quick-Loc (QL Combo) pallets.

Additionally, Jergens’ Custom Design & Build (CD&B) capabilities will be presented. Leveraging the company’s experience in engineering and manufacturing quick-change workholding systems, the CD&B initiative focuses on solutions based on the needs that both the part and the machining platform present. In many cases, the use of standard workholding provides the basis for optimal solutions, shortening the time to market and allowing customers to enhance their manufacturing productivity with efficient quick-change products.

Another key feature for Jergens this year is the company’s growing automation offering for unmanned and lights-out manufacturing. That includes combinations of such products as a machine washdown tool, Zero Point System (ZPS), a range of pneumatic and hydraulic devices, and a new spindle gripper for first-level automation without a robot. The MT-S spindle gripper allows continued machined cycles by picking and placing finished components in a temporary part loading tray located within the machining area. The MT-S is stored in the tool magazine like any tool and engaged at the end of each cycle allowing continuous machining until the part loading tray is full. Advantages of the new gripper are no additional floorspace needed, lower initial investment compared to robotics, and fast training without extensive programming.


 

Related Glossary Terms

  • robotics

    robotics

    Discipline involving self-actuating and self-operating devices. Robots frequently imitate human capabilities, including the ability to manipulate physical objects while evaluating and reacting appropriately to various stimuli. See industrial robot; robot.

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