3/11/2020

Schunk's Vero-S NSE Mikro 49-13 Clamps Small Parts

Originally titled 'Miniature Clamp Grips Small Parts Securely'
Facebook Share Icon LinkedIn Share Icon Twitter Share Icon Share by EMail icon Print Icon

Schunk’s Vero-S NSE Mikro 49-13 is a completely sealed miniature clamping module specifically for metalcutting, assembly, handling and measurement applications.

Share

Facebook Share Icon LinkedIn Share Icon Twitter Share Icon Share by EMail icon Print Icon
Schunk Vero-S NSE Mikro 49-13

Schunk’s Vero-S NSE Mikro 49-13 is a completely sealed miniature clamping module designed for metalcutting, assembly, material handling and measurement applications. The module measures 49 mm in diameter, with a height above table of 13 mm.

The clamping module is actuated with an axial piston, which is said to result in high pull-down forces despite the compact dimensions. The dual-stroke drive system achieves pull-down forces ranging to 1,500 N by using the integrated standard turbo function. Depending on the thread size of the 10-mm diameter clamping pin, holding forces range from 3,000 N (M3) to 5,000 N (M4). Self-retaining, form-fitting locking is performed mechanically via spring assembly.

The position of the clamping slide is detected through dynamic pressure monitoring, making the module suitable for metalcutting and automation applications. A 6-bar pressure system is sufficient for the module’s pneumatic function. All functional parts are made of stainless steel.

RELATED CONTENT

  • Rethinking Indexers And Rotary Tables

    Affordable indexers and fourth-axis rotary tables greatly enhance the capability of vertical machining centers. It’s almost as good as having a horizontal machining center.

  • Workholding In A Vacuum

    An aerospace machine shop meets a special need by using a vacuum chuck.

  • Workholding That Works for Jesel

    The maker of racing engine components produces parts that have many permutations within each product line. Here is how Jesel sets up work for cost-effective, responsive machining.

Related Topics

Resources