Carbide Inserts For Stainless Steel

Carbide Inserts For Stainless Steel

Carbide inserts for stainless steel negative S series and L series are specifically designed for high-performance turning of stainless steel materials. These inserts feature advanced coating technology and negative rake angle designs to offer excellent cutting performance, high wear resistance, and thermal stability.
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Description

Great Magtech (Xiamen) Electric Co., Ltd is one of the most reliable manufacturers and suppliers of carbide inserts for stainless steel in China. We warmly wlecome you to buy high quality carbide inserts for stainless steel from our factory. Contact us for more details.

 

Carbide Inserts for Stainless Steel Description

The Negative S Series and Negative L Series carbide inserts are engineered to meet the challenges of stainless steel machining. The S Series is optimized for general stainless steel processing, while the L Series is designed for high-precision cutting of tough, hardened stainless steels. Both series offer superior cutting stability, reduced vibration, and longer tool life, even under high-speed cutting conditions. Their durable coatings minimize wear, heat buildup, and thermal deformation, ensuring consistent performance during long, demanding machining cycles.

Carbide Inserts For Stainless Steel

 

Carbide Inserts for Stainless Steel Features

The Carbide Inserts for Stainless Steel Negative S and L Series feature TiAlN coatings for high wear resistance and thermal stability. The negative rake angle design improves stability, reduces vibration, and ensures smooth cutting. Ideal for both general stainless steel processing S Series and high-precision cutting of tough alloys L Series, they offer longer tool life, consistent performance, and cost-effective machining in demanding conditions.

S Series Groove Features

 

Model

Picture


Groove Type

Characteristics

CNMG-SF

CNMG-SF

CNMG-SF Groove Type

SF - Finishing
The SF geometry is suitable for finishing stainless steel and high-temperature alloys. Its variable rake angle design and curved cutting edge provide a sharp, light cutting edge and a high-quality surface finish.
CNMG-SM

CNMG-SF

CNMG-SM Groove Type

SM - Semi-finishing - Roughing
The SM geometry is suitable for medium cutting of stainless steel and mild steel.

It features a double rake angle, a large chip flute, and a through-cut groove to ensure the sharpness and strength of the tool tip and main cutting edge. It also provides smooth cutting and minimal chip evacuation.

Matching Grades

Six grades covering common stainless steel processing conditions

GM1115, GM1230, GM3215, GM3325, GM3220, GM3225

L Series Groove Features

Model

Picture


Groove Type

Characteristics

CNMG-YF

CNMG-YF

CNMG-YF Groove Type

YF-Finishing
The YF geometry is suitable for finishing stainless steel.

The cutting edge inclination angle reduces cutting resistance and provides excellent chip control.

TNMG-LF

TNMG-LF

TNMG-LF Groove Type

LF - Finishing
The LF geometry is suitable for finishing and semi-finishing stainless steel.

Small blade width and large rake angle increase tool tip strength.

Curved blade design provides stable cutting flow control.

TNMG-LV

TNMG-LV

TNMG-LV Groove Type

LV - Semi-finishing
The LV geometry is suitable for the general machining of slender stainless steel shafts.

The open flute design with no edge width improves cutting sharpness and facilitates chip evacuation.

 

CNMG-LM

CNMG-LM

CNMG-LM Groove Type

LM - Semi-finishing
The LM geometry is suitable for semi-finishing stainless steel.

Variable rake angle and variable edge width guarantee both sharpness and strength.

Heart-shaped chip breaker for excellent chip breaking performance.

CNMG-LR

CNMG-LR

CNMG-LR Groove Type

LR – Rough Machining
The LR geometry is suitable for rough machining of stainless steel.

The low rake angle and large flute width provide high cutting edge strength. The large flute width and shallow flute depth provide smooth chip evacuation.

Matching Grades

Six coating grades covering common stainless steel processing conditions

GM1115, GM1230, GM3215, GM3325, GM3220, GM3225

Processing Range of Carbide Inserts for Stainless Steel

Processing Range of S Series Carbide Inserts for Stainless Steel

The SF geometry is suitable for fine machining of stainless steel and high-temperature alloys.

The SM geometry is suitable for medium machining of stainless steel and mild steel.

Processing Range Of S Series Carbide Inserts For Stainless Steel

Processing Range of L Series Carbide Inserts for Stainless Steel

YF/LF geometries are suitable for stainless steel finishing.

LV/LM geometries are suitable for stainless steel semi-finishing.

LR geometries are suitable for stainless steel roughing.

Processing Range Of L Series Carbide Inserts For Stainless Steel

Carbide Inserts for Stainless Steel application

Carbide inserts for stainless steel negative S and L series are used in aerospace, automotive, and energy industries for machining stainless steel alloys. The S series is suitable for general stainless steel processing, while the L series excels in high-precision cutting of tougher alloys, ensuring smooth, stable, and efficient machining in demanding conditions.

Stainless Steel Turning Insert Processing Case (Flange)

Parameter Value / Description
Tool Model CNMG120408-SM
Tool Grade GM3225
Workpiece Material 304 Stainless Steel
Cutting Speed (Vc) 220 m/min
Feed Rate (fr) 0.15 mm/rev
Depth of Cut (ap) 2.5 mm
Cooling Method Wet Cutting (Water Coolant)
Machining Operation External Cylindrical Rough Turning

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