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PCD Milling Cutter

High Precision PCD Diamond Cutting Tools Customized Milling Bits For Aluminum

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Carbide Boring Tool

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AMG-TOOLS

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High Precision PCD Diamond Cutting Tools Customized Milling Bits For Aluminum

Brand Name:	AMG
MOQ:	3-10PCS
Packaging Details:	Plastic tube
Payment Terms:	T/T/Credit Card

Detail Information

Product Description

Detail Information

Place of Origin:

CHINA

Certification:

ISO9001

Name:

PCD Diamond Cutting Tools

Shank Material:

Solid Carbide/iron

Type:

PCD Milling Cutter Tools

Application:

Aluminium, Brass

Material:

Polycrystalline Diamond (PCD)

Shank Type:

Straight, Tapered, Customized

Customized Support:

OEM, ODM

Precision:

High Precision

Controlling Mode:

CNC Tooling System

Supply Ability:

30000-100000pcs per month

Highlight:

High Precision PCD Diamond Cutting Tools

PCD Diamond Cutting Tools Customized

High Precision Milling Bits For Aluminum

Product Description

High Precision PCD Diamond Cutting Tools Customized Milling Bits For Aluminum

Product Specifications

Attribute	Value
Name	PCD Diamond Cutting Tools
Shank material	Solid carbide/iron
Type	PCD milling cutter tools
Application	Aluminium, brass
Material	Polycrystalline Diamond (PCD)
Shank Type	Straight, Tapered, Customized
Customized support	OEM, ODM
Precision	High Precision
Controlling mode	CNC Tooling System

Product Overview

Polycrystalline Diamond (PCD) carbide milling tools are ultra-high-performance cutting tools designed for machining abrasive, non-ferrous, and composite materials with exceptional precision and durability.

Key Features

Material Composition:
- PCD Tips: Synthetic diamond particles sintered onto a carbide substrate, offering extreme hardness and wear resistance
- Carbide Body: Provides rigidity and shock resistance for stable CNC machining
Advantages Over Standard Carbide Tools:
- 10-100x longer tool life in abrasive materials
- Higher cutting speeds (2-3x faster than carbide)
- Superior surface finish with reduced burring & chipping
- Reduced downtime with fewer tool changes

Typical Applications

Non-ferrous metals: Aluminum, copper, brass, bronze (high-speed machining with no tool wear)
Abrasive composites: Carbon fiber (CFRP), fiberglass, GFRP, PCB materials
High-silicon aluminum (e.g., engine blocks, aerospace components)
Plastics & ceramics (chip-free finishes)

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