PQV self-centring vise, known for its precision and versatility, typically includes several key features:
These features make the PQV vise suitable for various applications, including metalworking, woodworking, and other precision tasks.
The GinTech EPF Inox Wire EDM Divider is a precision tool used in wire electrical discharge machining (EDM) processes. It is specifically designed for dividing large or irregularly shaped workpieces into smaller, more manageable sections for machining.
Key features of the GinTech EPF Inox Wire EDM Divider include:
1. **Material**: The divider is typically made of stainless steel (Inox), known for its durability and resistance to corrosion.
2. **Precision Machining**: The divider is precisely machined to ensure accuracy and reliability in dividing workpieces during the EDM process.
3. **Wire EDM Compatibility**: The design of the divider allows it to be used with wire EDM machines, which use a thin wire electrode to cut through electrically conductive materials with high precision.
4. **Versatility**: The divider may feature adjustable components or configurations to accommodate various workpiece shapes and sizes.
5. **Efficiency**: By dividing large workpieces into smaller sections, the EPF Inox Wire EDM Divider helps optimize machining efficiency and reduce setup times.
Overall, the GinTech EPF Inox Wire EDM Divider is a specialized tool designed to enhance the productivity and precision of wire EDM machining operations, particularly for dividing large or complex workpieces into smaller sections for efficient machining.
A punch former is a specialized tool used in precision machining and grinding, primarily to create or refine punches, dies, and other cylindrical or irregularly shaped components. It is commonly used in tool and die making, as well as in industries requiring high precision.
Key Features of a Punch Former:
1. High Precision and Accuracy:
• Provides excellent repeatability for grinding operations.
• Enables high levels of accuracy in shaping or sharpening punches and dies.
2. Rotational Adjustment:
• Often includes a rotary chuck or indexing mechanism, allowing for 360° rotation.
• Useful for creating symmetrical shapes and patterns.
3. Versatile Clamping System:
• Designed to hold cylindrical, square, or irregularly shaped workpieces securely.
• Ensures stability during the grinding process.
4. Adjustable Angles:
• Many punch formers offer tiltable or adjustable angle plates, allowing for grinding at various angles.
• Essential for creating punches with specific angles or contours.
5. Robust Construction:
• Made of durable materials (e.g., hardened steel) to withstand the forces of machining.
• Ensures longevity and consistent performance.
6. Compatibility with Grinding Machines:
• Designed to work seamlessly with surface grinders and tool grinders.
•Some advanced models also support CNC grinding setups.
7. Accessories and Attachments:
• May include features like V-blocks, indexing plates, or additional clamping devices to expand functionality.
• These accessories allow for diverse grinding tasks, such as cylindrical, radius, or chamfer grinding.
Applications of Punch Former:
• Grinding punches and dies for stamping and forming operations.
• Shaping small, intricate components used in precision industries.
• Creating specialized profiles, such as radii or angular features.
• Refining or re-sharpening tools to extend their lifespan.
Overall, a punch former enhances the capability of grinding machines, providing flexibility and accuracy for high-precision tasks.
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