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Milling Inserts

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MOQ : 30 Pieces

Milling Inserts Specification

Length
4 mm

Hardness
HRA 92

Brooches Type
Metal Cutting

Shape
Rectangular

Features
Wear Resistant, Long Service Life

Cutting Force
High

Cutting Accuracy
High Precision

Cutting Capacity
Standard

Cutting Speed
250-300 m/min

Coating
TiAlN (Titanium Aluminum Nitride)

Cutter Type
Insert Cutter

Machine Type
Milling Machine

Drill Bits Types
Milling Insert

Coating Type
PVD Coating

Material
Carbide

Operate Method
Mechanical Clamping

Tool Type
Indexable Milling Insert

Operation Type
Milling

Diameter
12 mm

Processing Type
CNC Machining

Standards
ISO Certified

Application
Face Milling, Shoulder Milling

Chip Breaker Design
Optimized for Smooth Chip Flow

Insert Grade
ISO P20

Applicable Workpiece Materials
Steel, Cast Iron, Stainless Steel

Temperature Resistance
Up to 900C

Edge Type
Double Sided

Number of Cutting Edges
2

Milling Inserts Trade Information

Minimum Order Quantity
30 Pieces

Supply Ability
100 Pieces Per Month

Delivery Time
7 Days

Main Domestic Market
All India

About Milling Inserts

Explore splendiferous savings with our double-sided Milling Inserts, engineered for peerless results in face and shoulder milling applications. Crafted from esteemed HRA 92 carbide and layered with a grand TiAlN PVD coating, these rectangular inserts deliver optimized chip flow and impeccable wear resistance, even under temperatures soaring to 900C. Attain high precision during CNC machining while benefiting from a robust, ISO P20-grade design that handles steel, cast iron, and stainless steel. Buy direct from India's trusted supplier for the best price and undeniable lasting value.

Competitive Advantages & Usage of Milling Inserts

Our milling inserts are tailored for users seeking high precision and superior durability. The peerless double-sided design ensures optimal cutting force, enhanced chip flow, and longevity, reducing tool changeover frequency. These inserts are ideal for high-volume CNC operations in steel, cast iron, and stainless steel, delivering grand productivity gains and cost-effective machining. Rely on these ISO-certified, indexable inserts for every indexable face or shoulder milling task, setting a new standard in machining excellence.

Supply, Samples, and Certifications Overview

We handover quality and reliability-each batch of our milling inserts is shipped with verified certifications and strict adherence to ISO standards. Sample availability augments your exploration before commitment, supporting the domestic mar as well as international demands robustly. Our India-based supply chain ensures timely delivery and product consistency, while certifications like ISO guarantee you always receive a product that maintains outstanding industry benchmarks.

FAQ's of Milling Inserts:

Q: How do these milling inserts enhance machining precision?

A: These inserts feature high cutting accuracy and an optimized chip breaker design, ensuring consistent, precise cuts with smooth chip flow, which ultimately improves the quality of your machining operations.

Q: What materials are suitable for machining with these inserts?

A: They are expertly designed to work with steel, cast iron, and stainless steel, making them extremely versatile for various industrial and manufacturing applications.

Q: When should I opt for these double-sided milling inserts?

A: Choose these inserts when you require high durability, temperature resistance up to 900C, and a prolonged tool life for intense face and shoulder milling tasks, especially in CNC machining environments.

Q: Where are these milling inserts supplied from and can I get samples?

A: These inserts are supplied and shipped from India, with samples available to help you assess quality and compatibility before placing bulk orders.

Q: What certifications accompany these milling inserts?

A: Each product is ISO certified, ensuring international quality standards and reliability in both performance and safety for all users.

Q: How does the coating benefit milling performance?

A: The TiAlN (Titanium Aluminum Nitride) PVD coating enhances wear resistance, increases hardness, and allows the insert to operate efficiently at higher speeds and temperatures.

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