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Milling Insert - RDKW 1204 YBG 202

Name: Milling Insert - RDKW 1204 YBG 202
Brand: VM TOOLS CO.
Price: 90 INR
Availability: InStock

Price 90 INR/ Piece

Get a Price/Quote

MOQ : 10 Pieces

Milling Insert - RDKW 1204 YBG 202 Specification

Shape
Round

Diameter
12mm

Product Type
Milling Insert

General Use
Metal Cutting/ Milling

Material
Carbide

Type
RDKW 1204

Capacity
High-performance machining

Weight (kg)
Approx. 5g per insert

Computerized
No

Automatic
No

Touch Screen
No

Control System
Manual Tool Change

Surface Treatment
CVD/ PVD Coated

QC System
ISO Certified

Tolerance
Standard ISO Tolerance

Drawing
Available on request

Dimension (L*W*H)
12mm x 12mm x 4mm (nominal)

Feature
High wear resistance, Long tool life, Smooth cutting performance

Color
Gold/Bronze (coated)

Insert Grade
YBG 202

Coating Type
PVD/CVD Hybrid

Hardness
Around 92 HRA

Chipbreaker Design
Optimized for efficient chip evacuation

Heat Resistance
Up to 900°C

Package Quantity
10pcs per box

Maximum Cutting Speed
Up to 300 m/min (varies as per material and condition)

Application
Medium to rough milling of steel and cast iron

Compatibility
Suitable for milling cutters as per ISO standard

ISO Code
RDKW1204

Cutting Edge
Double-sided, multiple cutting edges

Milling Insert - RDKW 1204 YBG 202 Trade Information

Minimum Order Quantity
10 Pieces

Supply Ability
10000 Pieces Per Month

Delivery Time
3 Days

Packaging Details
10 piece packing per box

Main Export Market(s)
Middle East, Asia, Western Europe, North America, Central America, South America, Australia, Eastern Europe, Africa

Main Domestic Market
West India, South India, Central India, Gujarat, Maharashtra

Certifications
IS

About Milling Insert - RDKW 1204 YBG 202

We are the supplier of Milling Insert - RDKW 1204 YBG 202in India

Product Details

Coating	PVD
Brand	ZCC-CT
Material	Carbide
Type	Indexable
Usage/Application	CNC Machine
Material Grade	STEEL, SS, EXOTIC ALLOY, HARD METALS

High-Performance Milling Solution

Engineered for efficiency, the RDKW 1204 YBG 202 insert delivers reliable performance in demanding metal-cutting environments. Its optimized chipbreaker and double-sided cutting edges enable consistent results, even at high speeds and temperatures. With ISO standard compatibility and a robust hybrid PVD/CVD coating, this insert offers superior longevity and minimized downtime for industrial applications.

Versatile Applications and Compatibility

Designed to suit ISO standard milling cutters, this insert caters to diverse production setups. It is particularly effective for both steel and cast iron, excelling in processes requiring medium to rough milling. The inserts nominal round shape and precise tolerance make it universally adaptable, enhancing productivity for distributors, manufacturers, and suppliers across India.

FAQs of Milling Insert - RDKW 1204 YBG 202:

Q: How is the RDKW 1204 YBG 202 insert used in metal cutting operations?

A: The RDKW 1204 YBG 202 insert is employed with ISO-standard milling cutters for medium to rough machining of steel and cast iron. Its robust carbide construction and hybrid coating ensure efficient material removal and reliable chip flow during high-performance milling operations.

Q: What are the main benefits of using the YBG 202 grade milling insert?

A: This insert offers high wear resistance, long tool life, and smooth cutting performance thanks to its advanced PVD/CVD hybrid coating. Its double-sided, multiple cutting edges further optimize tool efficiency and cost-effectiveness for high-volume machining tasks.

Q: When should I select this insert for my milling process?

A: Choose the RDKW 1204 YBG 202 insert when you require robust performance during medium to rough milling of steel or cast iron, particularly when high cutting speeds (up to 300 m/min) and heat resistance (up to 900C) are crucial.

Q: Where can this milling insert be installed?

A: It fits milling cutters designed to ISO standards, allowing integration into most industrial milling machines used across manufacturing, distribution, and supply networks in India and internationally.

Q: What process advantages does the optimized chipbreaker design provide?

A: The chipbreaker design ensures efficient chip evacuation, minimizing built-up edge and heat generation, which leads to improved surface finishes and reduced downtime caused by clogging during metal cutting.

Q: How does the insert handle high temperatures and maintain performance?

A: With a heat resistance up to 900C and a PVD/CVD hybrid coating, the insert remains stable and effective under intense thermal conditions, preventing premature wear and maintaining sharpness even during prolonged operations.

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