Durable Small Parts Turning Insert with Enhanced Wear Resistance Coating

Description

Product Information:

The VPGT110304 carbide turning insert is designed for high-precision small parts machining on CNC lathes. Featuring a sharp cutting edge and optimized geometry, it delivers excellent surface finish and dimensional accuracy in light cutting, finishing, and semi-finishing operations.

Manufactured with a high-quality carbide substrate, this insert offers strong wear resistance and thermal stability, ensuring long tool life under high-speed machining. The positive rake angle reduces cutting force and vibration, providing smooth chip control and stable performance, especially for thin-walled and precision components.

The insert is suitable for machining aluminum alloys, stainless steel, carbon steel, copper, and non-ferrous metals. It is widely used in automotive parts, electronics, medical devices, and precision engineering industries. Compatible with standard V-type tool holders, it is an efficient and reliable solution for small part turning.

Product Details:

1. Specialized Geometry for Small Parts

• Nose radius: 0.4 mm, small enough for fine finishing and tight tolerances.
• Positive rake angle: Reduces cutting force and minimizes workpiece deflection.
• Optimized edge preparation: Sharp cutting edge with micro-chamfer improves surface finish and prevents burrs.

2. Advanced Coating Technology

• Multi-layer PVD coating enhances hardness and wear resistance.
• Reduces adhesion of stainless steel or aluminum chips, preventing built-up edge.
• Improves heat resistance, allowing higher cutting speeds without premature tool failure.

3. Superior Wear Resistance and Longevity

• Cemented carbide substrate resists flank wear and chipping.
• High toughness reduces the risk of insert fracture during interrupted cuts.
• Maintains dimensional accuracy over long production runs, reducing downtime.

4. Excellent Chip Control and Surface Finish

• Integrated chip-breaker design guides chip flow effectively.
• Produces smooth surface finishes on complex geometries.
• Minimizes secondary deburring work.

5. Versatile Material Application

• Efficient on carbon steels, alloy steels, stainless steels, and non-ferrous metals.
• Particularly suitable for small, delicate parts that are prone to deformation.

6. Economical Indexable Design

• Four cutting edges per insert reduce tooling costs.
• Quick indexing reduces machine downtime.

Main technical parameters:

3D Chip Breaker VPGT-FS