Carbide TDC Grooving Inserts

Some of the main advantages of TDC grooving inserts are as follows

1. High-efficiency cutting

TDC grooving inserts are usually designed with double heads, which means that each insert has two cutting edges, which can complete more cutting work in one clamping, thereby improving processing efficiency and productivity.

2. Wide range of material adaptability

The development of TDC insert material and coating technology enables it to adapt to the processing needs of a variety of materials, including but not limited to steel, stainless steel, cast iron, aluminum alloy, etc., which makes TDC inserts play a role in a variety of industrial applications.

3. Accurate dimensional control

The design of TDC grooving inserts focuses on precision and can achieve high-precision grooving and cutting off, which is especially important for precision engineering that requires strict tolerance control.

4. Long life and cost-effectiveness

Due to the use of carbide materials and advanced coating technology, TDC inserts have a long service life, reducing the frequency of insert replacement and reducing long-term operating costs.

5. Reduce cutting force

Some TDC insert designs pay special attention to reducing cutting forces, which helps reduce the load on the machine tool, improve the stability of the cutting process, and reduce energy consumption.

6. Versatility

TDC grooving inserts are not only suitable for grooving, but can also be used for a variety of processing methods such as cutting, profiling and turning. This versatility enables TDC inserts to play a role in different processing scenarios.

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Product Details

TDC grooving inserts are efficient and versatile metal cutting tools designed for grooving and cutting off.

1. Blade design:

TDC grooving inserts adopt a double-head design, each insert has two cutting edges to improve processing efficiency. The blades are divided into neutral, left-handed and right-handed blades to reduce cutting burrs.

2. Technical parameters:

The blade materials include AH725, AH725, etc., which are suitable for different processing needs. The blade width has specifications such as 4, 5, and 6 mm. The development of material and coating technology enables it to adapt to the processing needs of various materials.

3. Application areas:

TDC grooving inserts are suitable for the processing of materials such as steel, stainless steel, and cast iron. It is particularly suitable for grooving, profiling or cutting off parts such as shafts and rings.

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4. Coating technology:

The use of PVD coating technology, such as the TT9080 model, improves the performance of turning, grooving, profiling and cutting off carbon steel, alloy steel, and stainless steel. Optimized coating technology, such as the WS7125 model, precise and unique coating material formula, innovative high-energy coating process, with low friction coefficient, high oxidation resistance temperature, high nano-hardness and other advantages.

5. Tool holder design:

The unique self-locking system improves tool rigidity and performs well under high processing conditions. Adjustable overhang length (maximum length = 65 mm), blade surface with scale, easy to set.

6. Cooling system:

CHP type tool holder for high-pressure coolant, coolant flows directly to the cutting edge, improves chip control ability and extends tool life.

7. Economy:

Economical double-ended inserts, suitable for grooving and parting, also available with single-ended inserts.

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