Buyohlic Mini Vertical Slide (90 x 50 mm) with Z Angle Plate -Instant Milling-on Small Bench Lathes

A vertical slide on the cross-slide enables the material to be raised or lowered as necessary. Widening the slot in a piece of material by machining along one edge with an end mill is an example. The same is true when all that is required is an initial height setting of work in relation to mill or cutter. The vertical slide admits of quick adjustment. A grinding vice, also known as a grinding clamp or grinding tool vice, is a device used to securely hold workpieces during grinding operations. It is specifically designed to grip and stabilize materials being ground on a surface grinder or a bench grinder. An angle plate is a work holding device used as a fixture in metalworking. A Z-type Angle plate is used to hold vertical slides square to the table during marking out operations.

• Vertical Travel: 40 mm – Allows for precise vertical adjustments, enhancing the flexibility of your milling operations.
• Base Dimensions: 50 x 55 mm – Provides a stable foundation for the vertical slide, ensuring secure attachment and reduced vibration.
• Sliding Table Dimensions: 90 x 50 mm – Offers ample work surface for small to medium-sized milling tasks.
• Dial Graduated to: 0-50 – Enables precise incremental adjustments for accurate milling operations.
• 50 mm (2" Inches) Jaw Width -Tool Steel -Precise Ground Vice Hole- Distance and bored to fit exactly on the Tee slots of our below shown mini lathe vertical slide.
• Horizontal and Vertical Vee in the moving jaws for holding Round jobs in this vice.
• Versatile Mounting Solution: Specifically designed for mounting vertical slides onto machine tools such as milling machines and lathes, this Z-type angle plate provides a versatile and sturdy platform for various machining operations.
• Precision Machining: Crafted from high-quality materials with precision machining, ensuring exceptional accuracy and stability during vertical slide mounting, allowing for precise machining of workpieces with minimal deflection.
• Optimal Design: The Z-type configuration offers optimal stability and rigidity, minimizing vibration and ensuring consistent machining performance, even during heavy-duty operations.