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Indexable Cutter

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MOQ : 3 Pieces

Indexable Cutter Specification

Surface Finish
Polished/Coated

Features
Interchangeable Inserts, High Precision, Wear Resistance

Power Source
Not Applicable (used with machine)

Gauge
Universal (varies per model)

Motor Power
Not Applicable (manual tool attachment)

Function
Milling, Slotting, Face Cutting

Grip Type
Machinist Chuck Fit

Tensile Strength
Up to 2000 MPa

Tool Type
Indexable Cutter

Material
High-Speed Steel (HSS) / Carbide

Handle Material
Steel

Shape
Round with Insert Pockets

Dimension (L*W*H)
120 mm x 34 mm x 34 mm (Example; dimensions may vary)

Insert Type
ISO Standard Carbide Insert Compatible

Clamping Mechanism
Screw Lock

Insert Size Range
12 mm to 25 mm

Coolant Capability
Yes

Coating Type
TiN/TiAlN (Titanium Nitride/Titanium Aluminum Nitride)

Application
CNC Machines, Conventional Milling Machines

Recommended Cutting Speed
200-400 m/min

Cutting Edge Count
3-6 Edges (depends on model)

Color
Silver/Black

Body Hardness
54-60 HRC

Indexable Cutter Trade Information

Minimum Order Quantity
3 Pieces

Supply Ability
10 Pieces Per Day

Delivery Time
7-30 Days

Sample Available
Yes

Sample Policy
Free samples available with shipping and taxes paid by the buyer

Packaging Details
Plastic bag and Bubble wrap

Main Domestic Market
All India

About Indexable Cutter

Over the years, we have emerged as one of the leading manufacturer and supplier of Indexable Cutter. To manufacture this cutter, our diligent workforce uses optimum quality tungsten carbide and alloy steel. Clients can obtain this cutter from us in different sizes and finishing as per their requirements. Indexable Cutter is used on milling machines for generating deep slots in the metal. We offer this cutter to clients at affordable price.

Features:

Rugged construction
Easy to install
Can withstand high impact

Superior Performance and Versatility

Designed for reliable use in CNC and conventional milling machines, this indexable cutter delivers stable and precise machining from slotting to face cutting. The compatibility with ISO standard carbide inserts allows adaptability across varying applications and material requirements, backed by TiN/TiAlN coatings to ensure exceptional tool life and wear resistance.

Engineered for Durability and Precision

Constructed from premium materials such as stainless steel, high-speed steel, and carbide, this cutter boasts a body hardness of 54-60 HRC and tensile strength up to 2000 MPa. Its precision-engineered round design, available in silver or black with a polished or coated finish, guarantees reliability in high-demand industrial settings.

FAQ's of Indexable Cutter:

Q: How do I install and secure the inserts on the indexable cutter?

A: The inserts are secured using a screw-lock mechanism, ensuring stability during operation. Simply fit the recommended ISO standard carbide insert (sizes 12-25 mm) into the dedicated pocket and tighten it with the appropriate tool, ensuring a snug fit for reliable performance.

Q: What benefits does TiN/TiAlN coating provide for this cutter?

A: TiN/TiAlN coatings significantly increase the cutter's wear resistance and lifespan, reducing friction, improving heat resistance, and allowing higher cutting speeds ranging from 200 to 400 m/min. This enhances both productivity and tool longevity in demanding milling environments.

Q: When should I use this indexable cutter in my machining process?

A: This tool is ideal for high-precision milling, face cutting, and slotting tasks on CNC and conventional milling machines. It performs best with the recommended parameters and materials, where interchangeable inserts and high-strength body materials ensure consistent, repeatable results.

Q: Where can this cutter be used and what types of machines is it compatible with?

A: The indexable cutter is suitable for use in both CNC machining centers and conventional milling machines. Its universal gauge and machinist chuck fit make it adaptable across varied industrial setups and compatible with a broad range of workpieces.

Q: What materials can I machine using this cutter and insert combination?

A: With the appropriate carbide inserts and coatings, the cutter can machine a range of materials including steel, stainless steel, and non-ferrous alloys, making it suitable for automotive, aerospace, and general engineering applications.

Q: How does the coolant capability help in the cutting process?

A: Coolant capability enables efficient heat dissipation during operation, reducing thermal stress on the inserts and workpiece. This leads to improved surface finish, extended tool life, and reduced risk of premature insert wear.

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