• TNMG Insert
  • TNMG Insert
  • TNMG Insert
  • TNMG Insert
  • TNMG Insert
TNMG Insert
  • Product name: TNMG insert
  • Series: TNMG
  • Chip-Breakers: AM/AR/BF/BM/CM/BR

përshkrim

Product Information:

TNMG Insert is triangle-shape with hole, negative angles, double-sided. For a wide range of materials and machining conditions, to guarantee efficient machining and high stability for semi-roughing and roughing.


Specifications:

Application

Type

Ap

(mm)

Fn

(mm/rev)

Grade

CVD

PVD

WD

4215

WD

4315

WD

4225

WD

4325

WD

4235

WD

4335

WD

1025

WD

1325

WD

1525

WD

1328

WR

1010

WR

1325

P

Semi   Finishing

TNMG160404-AM

0.60-5.80

0.10-0.30

O


O

O







TNMG160408-AM

1.20-5.80

0.20-0.60

O


O

O







TNMG160412-AM

1.80-5.80

0.30-0.90

O


O

O







TNMG220408-AM

1.20-7.70

0.20-0.60

O


O

O







TNMG220412-AM

1.80-7.70

0.30-0.90

O


O

O







TNMG220416-AM

2.40-7.70

0.40-1.20

O


O

O







: Recommended Grade

O: Optional Grade

 

Application

Type

Ap

(mm)

Fn

(mm/rev)

Grade

CVD

PVD

WD

4215

WD

4315

WD

4225

WD

4325

WD

4235

WD

4335

WD

1025

WD

1325

WD

1525

WD

1328

WR

1010

WR

1325


P

Rough   Machining

TNMG160408-AR

2.00-5.00

0.25-0.65



O









TNMG220408-AR

2.50-7.00

0.25-0.65



O









TNMG220412-AR

2.50-7.00

0.25-0.65



O









: Recommended Grade

O: Optional Grade

 

Application

Type

Ap

(mm)

Fn

(mm/rev)

Grade

CVD

PVD

WD

4215

WD

4315

WD

4225

WD

4325

WD

1025

WD

1325

WD

1525

WD

1328

WR

1010

WR

1325

WR

1525

WR

1330

M

Finishing

TNMG160404-BF

0.25-3.10

0.05-0.15







O


O


TNMG160408-BF

0.50-3.10

0.10-0.30







O


O


TNMG160412-BF

0.75-3.10

0.10-0.30







O


O


: Recommended Grade

O: Optional Grade

 

Application

Type

Ap

(mm)

Fn

(mm/rev)

Grade

CVD

PVD

WD

4215

WD

4315

WD

4225

WD

4325

WD

1025

WD

1325

WD

1525

WD

1328

WR

1010

WR

1325

WR

1525

WR

1330

M

Semi Finishing

TNMG160404-BM

0.30-4.10

0.08-0.25






O

O

O


O


TNMG160408-BM

0.65-4.10

0.15-0.45






O

O

O


O


TNMG160412-BM

0.95-4.10

0.25-0.65






O

O

O


O


TNMG220408-BM

0.65-4.90

0.15-0.45






O

O

O


O


TNMG220412-BM

0.95-4.90

0.25-0.65






O

O

O


O


: Recommended Grade

O: Optional Grade

 

Application

Type

Ap

(mm)

Fn

(mm/rev)

CVD

WD3020

WD3040

WD3315

WD3415

K

Semi   Finishing

TNMG160404-CM

0.40-4.10

0.08-0.25



O

TNMG160408-CM

0.80-4.10

0.15-0.45



O

TNMG160412-CM

1.20-4.10

0.25-0.65



O

TNMG220412-CM

1.20-4.90

0.25-0.65



O

: Recommended Grade

O: Optional Grade

 

Application

Type

Ap

(mm)

Fn

(mm/rev)

Grade

CVD

PVD

WD

4215

WD

4315

WD

4225

WD

4325

WD

1025

WD

1325

WD

1525

WD

1328

WR

1010

WR

1325

WR

1525

WR

1330

M

Rough Machining

TNMG160404-BR

0.30-4.10

0.08-0.25






O

O

O


O


TNMG160408-BR

0.65-4.10

0.15-0.45






O

O

O


O


TNMG160412-BR

0.95-4.10

0.25-0.65






O

O

O


O


TNMG220408-BR

0.65-4.90

0.15-0.45






O

O

O


O


TNMG220412-BR

0.95-4.90

0.25-0.65






O

O

O


O


: Recommended Grade

O: Optional Grade

 

Application:

The TNMG Insert is mainly used in the fields of metal turning, milling, cutting and grooving, thread turning, etc. Application for steel material.

 

undefined


FAQ:

What is TNMG insert?

TNMG insert is ISO turning insert and most commonly used in almost all CNC Lathes. It is used for Profile Turning applications and general shaft turning applications. Insert is having 6 cutting edges.

 

What is the difference between face milling and End Milling?

These are most prevalent milling operations,  using different types of cutters – the End Mill and the face mill. The difference between End Milling and face milling is that an End Mill uses both the end and the sides of the cutter, whereas face milling is used for horizontal cutting.

 

Hot Tags: tnmg insert, turning, milling, cutting, grooving, factory, CNC, TNMG160404, TNMG 1604, TNMG 16, TNMG 22 04 08, TNMG 160408


SEND_US_MAIL
Ju lutemi dërgoni mesazh dhe ne do t'ju përgjigjemi!