If you are looking for a trusted Carbide Inserts Supplier in India, Metaldur offers a wide range of inserts for different machining applications. We supply quality cutting tools to machine shops, engineering industries, dealers, wholesalers, and manufacturing businesses across India. Our focus is to provide reliable products at affordable prices without compromising on quality, helping customers improve productivity while keeping tooling costs under control.
Types of Carbide Inserts
Negative Turning Inserts
Positive Turning Inserts
Milling Inserts
Drilling Inserts
Threading Inserts (MMT)
Parting & Grooving Inserts
PCD Inserts
CBN Inserts
Aluminium Inserts (MDAL)
Cermet Inserts (MDC)


At Metaldur, we supply a complete range of carbide inserts to meet the needs of machine shops, engineering industries, dealers, wholesalers, and manufacturing businesses across India. Our product range includes Negative Turning Inserts, Positive Turning Inserts, Milling Inserts, Drilling Inserts, Threading Inserts (MMT), Parting & Grooving Inserts, PCD Inserts, CBN Inserts, Aluminium Inserts (MDAL), and Cermet Inserts (MDC). With reliable quality, competitive pricing, and dependable service, we are committed to helping businesses find the right cutting tool solutions for their machining requirements.

How to Choose the Right Carbide Insert
Selecting the right carbide insert is important for achieving better machining quality, longer tool life, and lower production costs. The correct insert depends on the workpiece material, machining operation, cutting speed, and the finish you want to achieve.
1. Select the Right Material
Different inserts are designed for different materials. For example, CBN inserts are suitable for hardened steel, while PCD inserts are ideal for aluminium and non-ferrous metals.
2. Identify the Machining Operation
Choose an insert based on the operation you are performing, such as turning, milling, drilling, threading, or grooving. Using the correct insert improves machining accuracy and productivity.
3. Consider the Cutting Conditions
The cutting speed, feed rate, and depth of cut all affect insert performance. Matching the insert with the correct cutting parameters helps increase tool life and improve machining efficiency.
4. Choose the Correct Insert Geometry
Insert shape and geometry play an important role in chip control and surface finish. The right geometry helps reduce vibration, improve cutting stability, and achieve consistent machining results.
5. Check the Insert Coating
Coated inserts provide better wear resistance and heat protection, making them suitable for high-speed and continuous machining. Selecting the right coating can improve tool life and reduce machining costs.