TCMT Insert for Versatile Turning, Boring, and Finishing Applications

TCMT Triangle Insert with Hole. Screw-On Insert. 7 degree relief angle. Single Sided Insert with GM/GF-Medium Chip breaker for semi-finishing and finishing in a variety of materials and applications.

  • Usage: Turning Inserts

  • Model Number: TCMT

  • Chip-Breakers: GM/GF

TCMT Insert for Versatile Turning, Boring, and Finishing Applications Details

Product Information:

TCMT carbide insert is a 60°triangle with a 7°relief. The center hole is a 40°-60° single countersink, and there is a single-sided chip breaker. It has an inscribed circle (IC) of 0.25" (1/4"), a thickness of 0.094" (3/32"), and a corner (nose) radius of 0.0156" (1/64").


Specifications:

Type

Ap

(mm)

Fn

(mm/rev)

Grade

CVDPVD

VT4215

VT4315

VT4225

VT4325

VT4335

VT1025

VT1525

VT1825

VT1828

VY1010

VY1525

TCMT090204-GM

0.40-2.90

0.05-0.20

O


O

O


O


O

TCMT090208-GM

0.80-2.90

0.10-0.35

O


O

O


O


O

TCMT110204-GM

0.40-3.30

0.05-0.20

O


O

O


O


O

TCMT110208-GM

0.80-3.30

0.10-0.35

O


O

O


O


O

TCMT110212-GM

1.20-3.30

0.15-0.55

O


O

O


O


O

TCMT16T304-GM

0.40-4.90

0.05-0.20

O


O

O


O


O

TCMT16T308-GM

0.80-4.90

0.10-0.35

O


O

O


O


O

TCMT16T312-GM

1.20-4.90

0.15-0.55

O


O

O


O


O

• : Recommended Grade

O: Optional Grade


Type

Ap

(mm)

Fn

(mm/rev)

Grade

CVDPVD

VT4215

VT4315

VT4225

VT4325

VT1025

VT1525

VT1824

VT1825

VT1828

VY1010 

VY1520

VY1525

VY1028

TCMT090204-GF

0.30-1.80

0.05-0.15






O


O

O



TCMT090208-GF

0.60-2.20

0.10-0.30






O


O

O



TCMT110204-GF

0.30-2.20

0.05-0.15






O


O

O



TCMT110208-GF

0.60-3.30

0.10-0.30






O


O

O



TCMT110212-GF

1.20-3.30

0.20-0.40






O


O

O



TCMT16T304-GF

0.30-3.30

0.05-0.15






O


O

O



TCMT16T308-GF

0.60-3.30

0.10-0.30






O


O

O



TCMT16T312-GF

1.20-3.30

0.10-0.40






O


O

O



• : Recommended Grade

O: Optional Grade


Application:

TCMT Triangle Insert with Hole. Screw-On Insert. 7 degree relief angle. Single Sided Insert with GM/GF-Medium Chip breaker for semi-finishing and finishing in a variety of materials and applications.


FAQ:

What is negative and positive insert?

A negative insert has an angle of 90° (0° clearance angle), while a positive insert has an angle of less than 90° (for example, 7° clearance angle). The illustration of the negative style insert, shows how the insert is assembled and tilted in the holder.


What is DNMG insert?

DNMG inserts are diamond or “D” shaped turning inserts with a 55-degree angle. They're a versatile cutting tool used for grooving, profiling, finishing, and other machining applications. Our DNMG inserts are all manufactured by Walter – a well-known producer of quality and precision cutting tools.


Our Company

our company

Package Shipment

package shipment

TCMT Insert for Versatile Turning, Boring, and Finishing Applications - Turning Inserts

Related Product

The TCMT insert is a widely used turning insert known for its versatility and performance. It is designed to provide excellent chip control and surface finish. This insert is commonly used in turning operations to shape and finish various materials, including steel, stainless steel, and cast iron.

Blog Posts

Get The Latest Updats

Important Reasons for Cutting Edge Wear

In order to understand the advantages and limitations of each material, it is very important to have a certain knowledge of the different wear conditions that may occur for each cutting tool. Flank...

Read More

Carbide Inserts Improving Cutting Performance in Aerospace Engineering

Carbide inserts are a key component in aerospace engineering cutting performance. They are used to create precise and accurate cuts in a variety of materials, including aluminum and titanium. By usin...

Read More

What materials are commonly used for manufacturing drilling inserts

Drilling inserts, also known as drill bushings, are used to guide drill bits when drilling. They are manufactured using a variety of materials, depending on the application and the environment in whi...

Read More