The Carbide V Tool is a precision-ground cutting tool designed for creating V-grooves, chamfers, and precise angles in turning and milling applications. Combining a tough steel shank with a brazed carbide tip, this tool delivers excellent wear resistance, dimensional accuracy, and consistent performance across a wide range of materials.

Key Features:

✅ Brazed Carbide Tip:
Made with premium-grade tungsten carbide brazed securely onto a hardened steel shank for exceptional hardness and superior edge retention.

✅ Precision Ground V Geometry:
The V-shaped cutting edge is ground to exact angles (commonly 60°, 70°, or 90°) for precise grooving, chamfering, and angle turning.

✅ Versatile Shank Sizes:
Available in various cross-sections and lengths to suit different tool holders in CNC lathes, manual lathes, and milling machines.

✅ Ready-to-Use:
Pre-sharpened edges allow immediate use without additional grinding or preparation.

✅ Optimized Relief and Rake Angles:
Engineered cutting geometry reduces cutting forces, minimizes vibration, and improves surface finish.

Applications:

• Cutting V-grooves on shafts and bars
• Chamfering edges for improved assembly and aesthetics
• Machining included angles and notches
• Engraving or marking operations
• General-purpose turning on steels, cast iron, brass, and aluminum alloys

Benefits:

🔹 Exceptional Durability:
Carbide tip maintains sharpness over long production runs, reducing tool changes and downtime.

🔹 High Accuracy:
Produces uniform V-grooves and chamfers with excellent surface finish.

🔹 Versatile Use:
Suitable for roughing and finishing in manual and CNC machining environments.

🔹 Cost-Effective:
Delivers reliable performance with lower tooling costs per component.

Typical Specifications (Example):

Finish: Ground surfaces with anti-corrosion coating

Shank Material: High-strength alloy steel

Tip Material: Tungsten carbide (K10/K20 grades)

Shank Size: 12×12 mm, 16×16 mm, 20×20 mm (custom sizes available)

Overall Length: 100 mm–200 mm

V Angle: 60°, 70°, 90° (custom upon request)