CNC Carbide Inserts

Name: CNC Carbide Inserts
Brand: PRYSM GLOBAL TOOLING SOLUTIONS
Price: 120 INR
Availability: InStock

Price 120 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

CNC Carbide Inserts Specification

Tensile Strength
Up to 1800 MPa

Type
CNC Carbide Insert

Material
Carbide

Weight
10-30 Grams

Surface
Polished

Application
Turning, Milling, Cutting of Metal and Alloy

Feature
High Hardness, Wear Resistance

Packaging Type
Box

Cutting Edge
Multi-Edge

Color
Gold/Bronze

Grade
ISO Standard

Insert Compatibility
CNMG Series, TNMG Series

Hardness
90 HRA

Temperature Resistance
Up to 800C

Shape
Rhombic (Diamond)

Use
Suitable For CNC Machines

Coating
CVD or PVD Coated

CNC Carbide Inserts Trade Information

Minimum Order Quantity
10 Pieces

Payment Terms
Cash in Advance (CID)

Supply Ability
1000 Pieces Per Month

Delivery Time
10 Days

CNC Carbide Inserts About

Capitalise on enviable savings and exceptional performance with our CNC Carbide Inserts-where crackerjack engineering meets ineffable durability. Crafted with a polished carbide body, these rhombic (diamond) inserts boast gold or bronze CVD/PVD coatings and adhere to ISO standards. Compatible with CNMG and TNMG series, their multi-edge design thrives under temperatures up to 800C, demonstrating superior hardness (90 HRA) and wear resistance. Procure these inserts to achieve elevated productivity in turning, milling, or cutting metal alloys. Ideal for manufacturers, suppliers, and traders across India, each insert is supplied in premium box packaging, ensuring safe delivery.

Competitive Edge of CNC Carbide Inserts

Our CNC Carbide Inserts provide an outstanding advantage in precision metalworking, with multi-edge versatility and impeccable hardness for reliable turning, milling, and cutting. Crackerjack wear resistance makes them fit for rigorous industrial applications-whether in automotive, aerospace, or general engineering. Available in rhombic shape and polished surface, these inserts are best utilised in CNC machines, ensuring efficient metal and alloy processing, making them an indispensable tool for competitive manufacturers and machine shops.

Sample Availability and Market Supply

Request a quotation today to experience our CNC Carbide Inserts with sample options available for your assessment. Samples may incur a nominal charge, with transparent transportation details handled by our team. Serving the pan-Indian domestic market, our enviable supply ability guarantees prompt fulfillment of both small and large-scale orders. Connect with us to capitalise on immediate availability, streamlined delivery, and expert support for all your carbide insert requirements.

FAQ's of CNC Carbide Inserts:

Q: How do CNC Carbide Inserts enhance the efficiency of metal cutting operations?

A: CNC Carbide Inserts minimise downtime with their multi-edge design and wear-resistant coatings, allowing for longer tool life and efficient machining cycles in turning, milling, and cutting applications.

Q: What is the process for procuring samples and placing bulk orders?

A: To procure samples, simply request a quotation-our team will clarify the sample charge and arrange prompt transportation. For bulk orders, contact us directly, and we will capitalise on our extensive supply network to ensure timely delivery.

Q: Where can these CNC Carbide Inserts be effectively used?

A: These inserts are suitable for use in CNC machines across automotive, aerospace, machinery manufacturing, and allied industries that require precise metal and alloy processing.

Q: What are the main benefits of using CVD or PVD coated carbide inserts?

A: CVD or PVD coatings offer ineffable hardness, enviable wear resistance, and stable performance up to 800C, making them ideal for demanding operations in various industrial environments.

Q: When should you consider replacing CNC Carbide Inserts?

A: Replace inserts when you observe reduced cutting performance, visible wear beyond recommended limits, or compromised surface finish-ensuring continuous productivity and safeguarding your equipment.

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