Carbide Taper Square End Mill
Product Information
Carbide Taper Square End Mill Product Overview
The Taper Square Endmill is a high-precision custom milling tool designed for machining aluminum alloys, copper, PVC, and foam materials. Manufactured from premium tungsten carbide with a fine 0.8 μm grain size, it offers excellent rigidity, wear resistance, and cutting stability. Its tapered geometry provides enhanced accessibility for precision milling, contour machining, and specialized applications requiring customized tool profiles.
Featuring a DLC coating, this endmill is designed to support smooth cutting performance and reduced friction. It is suitable for customized machining requirements across various non-ferrous metal and non-metal material processing industries.
Key Features of Carbide Taper Square End Mill
1.Premium Fine-Grain Tungsten Carbide
The 0.8 μm carbide grain structure provides high hardness, excellent rigidity, and improved edge stability for precision machining.
2.DLC Coating Technology
The Diamond-Like Carbon coating offers low friction characteristics and surface protection, supporting smoother machining and reduced tool wear.
3.Precision Tapered Geometry
The tapered cutting structure enables customized machining of contours, inclined surfaces, and complex profiles.
4.Non-Standard Customization
Cutting diameter, taper angle, flute geometry, tool length, and shank dimensions can be tailored to specific machining requirements.
Applications
1.Aluminum Alloy Machining
Precision milling, contour machining, and customized profile cutting.
2.Copper Machining
Custom milling of copper components requiring smooth surface finishes.
3.PVC Processing
Precision machining of plastic components and customized profiles.
4.Foam Machining
Contouring, shaping, and detailed milling of foam materials.
Carbide Taper Square End Mill Product Highlights
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Customizable tapered cutting geometry
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Premium 0.8 μm fine-grain tungsten carbide
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DLC coating for reduced friction
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Suitable for aluminum alloy, copper, PVC, and foam
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Precision manufacturing for specialized machining applications
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Flexible non-standard tool design and production