Iscar - Turning Insert: CNMG432-F3M IC6025, Carbide - iscar carbide insert shapes

Coatings provide thermal stability to the carbide inserts, allowing them to withstand high temperatures without losing their hardness or deforming. This enables higher cutting speeds and feeds, increasing productivity and efficiency.

You must have heard of carbide insert comes with a unique code TNMG160408 CNMG120408 CCMT09t304 VBMT160404 , you must be thinking what are these codes to do with insert specification.

Coatings increase the hardness of the carbide inserts, making them more resistant to wear. This allows the inserts to withstand the high forces and temperatures generated during cutting operations, resulting in longer tool life and reduced tool replacement frequency.

Enhanced Performance in Specific Applications: Different coatings are designed to excel in specific machining applications or materials. For example, some coatings are optimized for high-speed machining, while others are suitable for cutting high-hardness or high-temperature alloys. Coatings can be tailored to specific requirements to achieve optimal performance. Overall, the purpose of coating carbide inserts is to improve their performance, increase their durability, and optimize their cutting capabilities. Coatings enhance wear resistance, reduce friction, improve heat resistance, extend tool life, and enable better performance in various machining applications.

So, How was the Decoding, didn't you find it simple, even if you have any doubts , Please reach out to us at Hello@jaibros.com. Our Technical Team will assist you to make the selection easily.

Coated carbide inserts can withstand higher cutting speeds and feed rates due to their increased hardness and reduced friction. This results in faster machining times and higher productivity.

Inserts are used for different application like Boring, Turning, Curve, Grooving, Milling Etc. Every insert codes has its meaning  in itself , Now we will go step by step and understand the decoding.

By improving wear resistance, reducing friction, and enhancing heat resistance, coatings significantly extend the tool life of carbide inserts. This reduces the frequency of tool changes, increases production uptime, and lowers tooling costs.

The purpose of coating carbide inserts is to enhance their performance, durability, and cutting capabilities. Coatings provide several benefits that contribute to the overall effectiveness of carbide inserts. Here are the main objectives of coating carbide inserts:

What is Turning, Milling , Grooving, Threading insert Grade, Angel, Specification, Dimension, Full form, Geometry, chart.

But people often get confused while choosing the correct carbide insert as it comes in different size, style, grade, geometry, angel, specification,  and these grade, specification , size are encoded in its Product Code kind of Random collection of Letters and Numbers.

Carbide Inserts are replaceable bit that is used in a Cutter for working on different alloys such as Cast Iron, Aluminium, Steel  in CNC Machines / Lathe Machines/ Milling Machines (Computerised Numerical Controlling Machine).  The main advantage of Carbide Insert is it works faster and that result in more finishing of the Components.

Coatings reduce the friction between the carbide inserts and the workpiece, resulting in smoother cutting action. This minimizes heat generation and prevents the build-up of chips on the cutting edge, leading to improved chip evacuation and better surface finish.