Carbide Inserts For Steel

Carbide Inserts For Steel

Carbide inserts for steel are designed for efficient steel machining and are suitable for a variety of steel machining applications. By using a negative angle design, Q and G series inserts can provide higher cutting accuracy at lower cutting forces, ensuring stable tool life and surface finish during machining.
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Description

 

Carbide Inserts for Steel Description

These two steel turning inserts deliver consistent and efficient turning performance. Designed for roughing to finishing, these inserts offer superior chip control, extended tool life, and reliable dimensional accuracy, helping you reduce tooling costs and increase productivity in your daily steel cutting operations.

Carbide Inserts for Steel

 

Carbide Inserts for Steel Features

These two carbide turning inserts offer high wear resistance, excellent thermal stability, and outstanding cutting performance. Utilizing advanced coating technology, the inserts boast a high surface hardness, effectively resisting wear and extending their service life. The negative angle design not only enhances machining stability but also maintains excellent cutting performance under high loads and high speeds. Whether rough machining general steel or finishing high-hardness steel, they deliver high-efficiency, low-cutting-force machining performance. A wide selection of specifications and shapes makes the inserts suitable for diverse machining needs. The overall combination of high efficiency, long life, and machining precision makes them a highly cost-effective steel turning solution.

Q Series Groove Features

Model

Picture


Groove Type

Characteristics

CNMG-QF

CNMG-QF

CNMG-QF Groove Type

QF - Finish Machining

For precision machining of ordinary steel and alloy steel.
Curved cutting-edge design ensures sharpness, high surface finish, and stable chip control.

CNMG-QM

CNMG-QM

CNMG-QM Groove Type

QM - Semi-Finish Machining

For rough machining of carbon steel, cast steel, and alloy steel

The combination of variable rake angle and variable edge width meets the sharpness and strength requirements of cutting edges at varying depths of cut.

CNMG-QR

CNMG-QR

CNMG-QR Groove Type

QR - Rough Machining
For rough machining of carbon steel, cast steel, and alloy steel.
Combined variable rake angle and variable edge width meet cutting edge sharpness and strength requirements under different depths.

CNMM-QH

CNMM-QH

CNMM-QH Groove Type

QH - Heavy-Duty Machining

Designed for heavy-duty cutting of carbon steel, cast steel, and alloy steel.

The variable edge and stepped chipbreaker provide low cutting resistance.

The straight cutting edge and chamfered land ensure both sharpness and tip strength.

 

G Series Groove Features

Model

Picture


Groove Type

Characteristics

CNMG-GF

product-681-393

product-355-133

GF-Finishing
GF geometry is for finishing carbon steel and alloy steel.

Features a sharp tip and a strong cutting edge.

Excellent chip control even at shallow depths of cut.

CNMG-GM

product-715-410

product-298-96

GM - Semi-finishing
GM geometry is used for semi-finishing of carbon and alloy steels.

Double-sided chipbreakers.

Flat-edged cutting edge for high cutting edge strength.

CNMM-SV

product-360-205

product-235-96

SV - Semi-Finishing
The SV groove is used for semi-finishing of carbon and alloy steels.

The open groove provides ample chip space for stable cutting.

A wide chip depth range enables deep cutting.

 

Strong Price Advantage - Without Sacrificing Quality

Compared with top global brands:

Brand Performance Price Your Benefit
Sandvik 100% 100% High cost
Kennametal 95% 90% High cost
GreatCNC 80–90% 50–70% Best cost–performance ratio

 

Application of carbide inserts for steel

Q series and G series carbide insert lathe are widely used in the turning of various types of steel and are particularly suitable for precision machining, automotive manufacturing, aerospace, and mould processing.

Application of Q Series carbide inserts for steel

Q series carbide inserts for steel processing range

Machining Range

QF geometry - Suitable for finishing of carbon steel and alloy steel.
QM geometry - Suitable for semi-finishing of carbon steel and alloy steel.
QR geometry - Suitable for roughing of carbon steel, cast steel, and alloy steel.
QH geometry - Suitable for heavy-duty machining of carbon steel, cast steel, and alloy steel.

Application of G Series carbide inserts for steel

G series carbide inserts for steel processing range

Machining Range

GF geometry - Suitable for finishing.

GM geometry - Suitable for semi-finishing.

SV geometry - Suitable for semi-finishing of carbon and alloy steels.

carbide inserts for steel (Gearbox Gear)

Application of carbide blades for steel in gearbox gears

Parameter Value / Description
Tool Model WNMG080408-QM
Tool Grade GPT6110
Workpiece Material 20MnCrS5 (HB150-180)
Cutting Speed (Vc) 400 m/min
Feed Rate (fr) 0.4 mm/rev
Depth of Cut (ap) 1 mm
Cooling Method Dry Cutting
Machining Type External Cylindrical & Face Rough Turning

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