Precision Grinding Screwless Vise 3"
  1. [High-Quality Material] Crafted from high-quality alloy steel with a hardness of HRC 58-62, this vise ensures exceptional durability and long-lasting performance. The robust construction is designed to withstand rigorous use in precision machining operations.
  2. [Precision Ground Surfaces] All surfaces of the vise are hardened and precision ground, ensuring smooth operation and high accuracy. This meticulous surface treatment provides squareness and parallelism within ±0.0002 inches, guaranteeing precise and consistent clamping results for all your projects.
  3. [Versatile Dimensions] With a jaw width of 3 inches, a jaw opening of 4 inches, and a jaw depth of 1-3/8 inches, this vise offers versatility for various workpiece sizes. Weighing approximately 8.8 lbs, it provides stability and support for a wide range of machining tasks.
  4. [V-Groove Design] The innovative V-Groove design allows for secure holding of both square and round parts, vertically and horizontally. This feature enhances the versatility and flexibility of the vise, making it suitable for a variety of workpiece shapes and positions.
  5. [Accurate Clamping] Designed for high accuracy, the vise ensures precise clamping with squareness and parallelism within ±0.0002 inches. This level of precision makes it ideal for detailed machining tasks, providing reliable and repeatable results every time.

🔧 Applications of a 3" Screwless Grinding Vice

  1. Precision Surface Grinding

    • Ideal for holding small to medium-sized workpieces during surface grinding, ensuring accurate angles and flatness.

    • The screwless design eliminates screw backlash, improving repeatability.

  2. EDM (Electrical Discharge Machining)

    • Excellent for non-magnetic or delicate parts, where magnetic chucks may not be usable.

    • Precise alignment makes it suitable for tight-tolerance EDM processes.

  3. Inspection and Metrology

    • Used on surface plates or coordinate measuring machines (CMMs) for stable, accurate positioning of parts during inspection.

  4. Toolroom Work

    • Common in tool and die making for holding components during layout, drilling, or finishing.

  5. CNC and Manual Machining

    • Although more typical for grinding, it can also be clamped on a CNC bed or milling table for specific precision setups.