CCMT0602 Internal Turning Tungsten Carbide Inserts Stainless Steel Machining

About Tungsten Carbide Internal Turning Inserts

Internal turning operations machine the inner diameter of the workpiece. Long overhangs and poor chip evacuation are two of the challenges with internal turning.

Long overhangs can cause problems with both deflection and vibrations. Vibrations and poor chip evacuation can cause insert breakages. Difficulties with chip evacuation can also lead to poor surface finish.

The basic application areas for internal turning are longitudinal turning and profile turning.

Models introduction:

Different chipbreakers of CCMT For stainless steel machining:

Grades recommendation:

Features of our carbide inserts

1. Less tool breakage, cost down of each component

Saving costs and reducing the cost of each component to increase the profits. The high wear resistance makes the long service life of the carbide inserts, which means you could saving more budget on purchasing the inserts.

2. Effective chip control & perfect turning surface

Provides perfect turning surface of the workpiece. Excellent and reasonable Chipbreaker design, removing the chips smoothly and taking away the heat of the rubs of the workpiece.

3. Higher production, long tool life

Long tool life means you need less time changing the inserts while machining. A reliable and safe performance every time.

4. PVD coating ensures the non-stick performance
The layer of the PVD coating with the thickness around 2.5um-4um which guaranteed that the stainless steel grinding dust won't stock on the inserts, thus can take off the heat and protect the inserts.

Factors that influences chip breaking

• Insert geometry: Based on the width of chip room and the design of micro- and macro geometry, the chip will be open or more compressed
• Nose radius: Smaller nose radius controls the chip more than a bigger nose radius
• Entering (lead) angle: Depending on angle, the chip is directed in different ways; towards shoulder or out from shoulder
• Cutting depth: Depending on the workpiece material, a larger cutting depth will influence the chip breaking, leading to bigger forces to break and remove the chip
• Feed: A higher feed will in general create stronger chips. Can in some cases help chip breaking and chip control
• Cutting speed: Change of cutting speed can influence the chip breaking performance
• Material: A short chipping material (for example cast iron) is in general easy to machine. For materials with excellent mechanical strength and resistance to creep (the tendency for solids to slowly move or deform under stress, for example, Inconel), the chip breaking is of greater concern

Quality control:

Technical support and after-sale service:

When you have any question about carbide inserts, please contact us, we would do our best to provide the technical service:

• Suggesting more suitable model to replace the brands of Japan, Korea and so on.
• Recommending more suitable processing parameters.
• We can recommending a full set of practical scheme according to the workpiece design, material and CNC machine feed rate, cutting speed .
• We can offer together with tool holder.