Form Cutting Tools / Cutters ( Solid Carbides, Brazed Carbides)

We are Manufacturer, Supplier, Exporter of Form Cutting Tools, Form Cutters, Solid Carbide Cutting Tools, Carbide Brazed Tools / Cutters, Carbide Forming Tools, Form Milling Cutters, Custom Form Tools, Industrial Solid Carbide Special Form Tools, Carbide Cutting Tools, CNC Cutting Tools, VMC Cutting Tools, Metal Cutting SPM Tools from Aurangabad, Maharashtra, India.

Manufacturering of form tools for CNC VMC, & SPM machines as per component drawing in Solid Carbide & Brazed Carbide.

Form Cutting Tools / Cutters (Solid Carbides, Brazed Carbides) are specialized tools designed for precision machining tasks. These tools are typically used in various metalworking industries for producing complex profiles and shapes. Solid Carbide Form Cutting Tools are made from Tungsten Carbide (WC), known for its exceptional hardness and wear resistance, making them ideal for high-speed applications with extended tool life.
Carbide Brazed Tools, on the other hand, have Carbide inserts brazed onto a Steel (St) shank, offering a cost-effective solution while retaining the durability of Carbide in cutting operations. Both types are extensively used for high-precision machining in industries such as automotive, aerospace, and general engineering. Their ability to maintain tight tolerances and deliver a superior surface finish even in demanding conditions makes them indispensable in modern manufacturing setups. With their strong performance, these tools help reduce cycle time, minimize wear, and improve overall productivity.

Salient Features:

• • Made from Solid Carbide (WC) and Brazed Carbide (WC).
• • High Precision and Tolerance Retention.
• • Suitable for High-Speed Machining.
• • Long Tool Life and Wear Resistance.
• • Superior Surface Finish.
• • Customizable for Specific Applications.

Applications:

• • Automotive Component Manufacturing.
• • Aerospace Industry.
• • Precision Engineering.
• • Die and Mold Making.
• • High-Speed CNC and VMC Machining.
• • Metal Forming and Shaping.