Precision vise accessories designed to enhance, expand, and optimize workholding performance in machining, CNC, grinding, and inspection applications. These accessories improve accuracy, flexibility, and setup efficiency while extending the functionality of standard vises.
Overview
Vise accessories are engineered solutions developed to address common workholding challenges in machining and manufacturing environments. They are used to replace standard components, improve clamping performance, and expand the functional capabilities of vises across a wide range of applications.
Purpose & Benefits
- Enhance accuracy and repeatability during machining operations
- Increase flexibility for different part sizes and shapes
- Reduce setup and changeover time
- Improve operator ergonomics and accessibility
- Extend the service life and usability of existing vises
Common Uses for Vise Accessories
- Mounting, positioning, and aligning vises on machining tables
- Converting vises to hold larger, longer, or multiple workpieces
- Adjusting or extending vise handles for improved access
- Improving workholding accuracy using specialty jaw plates and parallel sets
- Adding screw extensions to simplify tightening operations
- Reducing setup time for vertical and secondary operation workholding
Typical Vise Accessories
- Soft jaws and hardened jaw plates
- Magnetic and serrated jaws
- Vise parallels and step parallels
- Vise stops and work stops
- Handle extensions and replacement handles
- Mounting kits and alignment keys
- Jaw risers and jaw spacers
Applications
- CNC milling and machining centers
- Manual milling and drilling machines
- Grinding and finishing operations
- Toolroom and production environments
- Secondary and vertical machining operations
Construction & Quality
- Manufactured from high-strength steel or alloy materials
- Hardened and precision-ground contact surfaces
- Designed for high clamping forces and long service life
- Compatible with standard machinist, CNC, and toolmaker vises
Advantages
- Improves overall workholding efficiency
- Minimizes part movement and vibration
- Supports consistent machining accuracy
- Cost-effective way to upgrade existing vises
- Highly adaptable to different machining tasks