SCHUNK Hydraulic Expansion Arbor with VERO-S Module Quick-Change Capabilities!

With more than 75,000 implemented, customer-specific solutions, SCHUNK has been developing and manufacturing hydraulic expansion arbors for high-precision applications in milling, hobbing, turning, grinding, assembly, inspection, and balancing for over 35 years. With SCHUNK, you'll profit from the know-how of the world's largest supplier and the market leader for hydraulic expansion technology, now with VERO-S Module Quick-Change capabilites.

There are many benefits to using SCHUNK Hydraulic Expansion Arbor with VERO-S Module Quick-Change system, for Customer-specific clamping solutions, including:

Top Tooling Change in seconds, which allows quick and easy flexing of machine, rigid assembly with up to 25,000 Newtons of pull down force created by the VERO-S Module, ease of operation (VERO-S Module is Spring Clamp-Air to Unclamp), maximum run-out and repeat accuracy of <= 0.005 mm, (when used with 0.000 mm axial run out spindle) and excellent vibration damping.

From the initial discussion through to integration of the finished clamping device in your processes, you will benefit from our customer-orientation and development expertise. By providing an individualized engineering design, we guarantee optimal adaptation of the clamping device to the workpiece and machine.

About SCHUNK

SCHUNK is a German family-owned company and global player in one - a competence and world market leader for clamping technology and gripping systems. SCHUNK designs and manufactures an unmatched selection of gripping systems including grippers, rotary modules, linear modules, robotic components, sensors and accessories. With a total of 11,000 standard components, SCHUNK offers the world’s largest assortment of clamping technology and gripping systems. www.us.schunk.com

Media Contact

Clare Welham

Marketing Coordinator

919-767-1997

Clare.Welham@us.schunk.com

Technical Contact

Matt Panosh

Group Manager Tooling

919-767-1968

Matthew.Panosh@us.schunk.com

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