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CNC CARBIDE INSERT

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MOQ : 10 Pieces

CNC CARBIDE INSERT Specification

Cutting Force
High

Cutting Capacity
General Purpose

Length
16mm

Cutting Accuracy
0.01mm

Cutting Speed
Up to 400 m/min

Coating Type
PVD Coated

Drill Bits Types
Turning Insert

Shape
Triangular

Hardness
92 HRA

Features
High Wear Resistance, Stable Performance

Material
Tungsten Carbide

Operation Type
External Turning

Operate Method
Automated

Coating
Gold (TiN)

Machine Type
CNC Lathe

Tool Type
Carbide Insert

Brooches Type
Carbide Insert

Cutter Type
Indexable Cutter

Diameter
12mm

Processing Type
CNC Machining

Surface Finish
Polished Coated

Number of Cutting Edges
Three per Insert

Usage Application
Metal Turning and Finishing

Pack Quantity
10 pcs/box

Chip Breaker
Integrated Chipbreaker Design

Edge Type
Sharp and Honed Edge

Color
Golden

Weight per insert
Approx. 7g

Heat Resistance
Up to 800C

Insert Grade
ISO Certified, Suitable for Steel & Cast Iron

CNC CARBIDE INSERT Trade Information

Minimum Order Quantity
10 Pieces

Delivery Time
5-7 Days

About CNC CARBIDE INSERT

Unlock the blue-ribbon performance of our CNC Carbide Insert-your last chance to take advantage of a flawless, ISO Certified tool crafted for exceptional steel and cast iron machining. Engineered with a sharp and honed edge, the gold (TiN) PVD-coated insert provides superlative heat resistance up to 800C and is suitable for both turning and finishing operations. Each triangle-shaped insert delivers three cutting edges, a polished coated surface, integrated chipbreaker, ultra-high hardness of 92 HRA, and an elite cutting accuracy of 0.01mm. Stock ready-get your box of 10 now!

Versatile Applications & Exceptional Usage

Our CNC Carbide Insert is designed specifically for high-precision external turning and finishing applications in the metalworking industry. Suitable for automated CNC lathe machines, it delivers stable performance across a wide spectrum of general-purpose operations. Whether applied to machine steel or cast iron, the sharp-edge geometry and superior heat resistance make this insert ideal for both high-speed and continuous production environments. Its polished, gold-coated surface ensures reliable consistency and outstanding durability for various production needs.

Streamlined Transactions & Domestic Reach

Order processing is seamless, with stock ready for immediate dispatch throughout all major domestic markets. We streamline your experience with flexible payment options and deliver to wherever your workshop may be located. Rigorously tested to ISO standards, our inserts guarantee quality and reliability. Choose us as your CNC carbide insert supplier-our products ensure swift order handling, certified excellence, and the timely fulfillment your operation requires.

FAQ's of CNC CARBIDE INSERT:

Q: How should I use the CNC Carbide Insert for optimal tool life?

A: For best results, use the insert with automated CNC lathes tailored for external turning or metal finishing. Ensure the machine is set within the recommended speed range, and utilize all three cutting edges to maximize insert lifespan.

Q: What materials are these carbide inserts most suitable for?

A: These inserts are engineered for steel and cast iron, providing high wear resistance and reliable performance in both general-purpose and precision turning applications.

Q: When can I expect my order to be processed and shipped?

A: With our stock ready policy, orders are processed promptly following purchase confirmation, ensuring swift shipment to your specified domestic market location.

Q: Where are these CNC carbide inserts typically used?

A: These inserts are commonly deployed in metalworking environments such as manufacturing facilities, fabrication workshops, and industrial machine shops that require accurate CNC machining.

Q: What are the benefits of the gold (TiN) PVD coating?

A: The gold (TiN) PVD coating enhances surface hardness, improves wear resistance, extends insert life, and provides a smooth polished finish for reduced tool friction and improved cutting consistency.

Q: How does the integrated chipbreaker design improve machining processes?

A: The integrated chipbreaker helps manage chip flow efficiently, reducing heat build-up, and preventing chip jamming during high-speed metal turning, resulting in cleaner, safer, and more stable operations.

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