Brazed Carbide Circular Form Tools, HSS (High Speed Steel) Cutting Tools

We are Manufacturer, Supplier, Exporter of Brazed Carbide Circular Form Tools, HSS High Speed Steel Cutting Tools, HSS High Speed Steel Circular Form Tools, Brazed Carbide Cutters, HSS Form Tools, Industrial HSS Cutting Tools, Brazed Cutting Tools, ID/OD Grooving Tools from Aurangabad, Maharashtra, India.

Manufacturing of all types of Circular Od & Id Form Tools form roller in HSS & Carbide Brazed

HSS (High Speed Steel) and Carbide Brazed Circular Form Tools are essential in high-precision machining for both external (OD) and internal (ID) circular forms. These tools are used to shape, profile, and finish workpieces in a variety of industrial applications. HSS Circular Form Tools, made from High Speed Steel (HSS), offer excellent toughness and resistance to wear, making them suitable for lower-speed cutting operations where sharpness retention is critical.
Carbide Brazed Circular Form Tools consist of Tungsten Carbide (WC) tips brazed onto a Steel (St) body, combining the hardness of Carbide with the cost-efficiency of Steel. These tools provide superior cutting performance, especially in high-speed applications, while maintaining accuracy over long production runs. Both HSS and Carbide Brazed Circular Form Tools are ideal for producing complex forms with tight tolerances and high surface finish, ensuring durability and reliability in various industrial settings, including automotive, aerospace, and general engineering.

Salient Features:

• • Manufactured from HSS (High Speed Steel) and Carbide Brazed (WC and St) Materials.
• • High Precision and Dimensional Accuracy.
• • Excellent Toughness and Wear Resistance.
• • Suitable for Both Internal (ID) and External (OD) Forming.
• • Cost-Effective with Long Tool Life.
• • Customizable for Specific Applications.

Applications:

• • Automotive Component Manufacturing.
• • Aerospace Industry.
• • Precision Machining.
• • Gear and Spline Cutting.
• • General Engineering.
• • Forming and Shaping of Complex Profiles.