Product Introduction
Custom-made T-slot end mill featuring 0.6μm fine-grain tungsten carbide and SA coating. Designed for precision slot milling in stainless steel and titanium alloys, offering excellent wear resistance and machining stability.
Custom SA-Coated Tungsten Carbide T-Slot End Mill
Product Information
Material:
Tungsten steel
Grain size:
0.6 μm
Coating:
SA（HV3200,COATING THICKNESS 1-3UM,Friction coefficient 0.15)
Suitable for:
Stainless steel, Titanium alloys
Custom SA-Coated Tungsten Carbide T-Slot End Mill Product Overview
The Special End Mill, also known as a Custom-Made T-Slot Endmill, is a precision-engineered cutting tool designed for specialized slot milling and profile machining applications. Manufactured from premium tungsten carbide with a fine 0.6 μm grain size, this custom milling cutter is designed to provide excellent hardness, rigidity, and cutting-edge stability.
Featuring an advanced SA coating with HV3200 hardness, a coating thickness of 1–3 μm, and a friction coefficient of 0.15, the tool offers enhanced surface protection and reduced friction during machining operations.
As part of the Non-Standard Customization series under Custom Form Milling Cutters, this T-slot end mill is manufactured according to specific workpiece geometries and machining requirements. Its customized cutting structure makes it suitable for specialized slot machining, undercut milling, and precision profile processing of stainless steel and titanium alloys.
Key Features of Custom SA-Coated Tungsten Carbide T-Slot End Mill
1. Premium Fine-Grain Tungsten Carbide
The 0.6 μm fine-grain carbide substrate provides high hardness, excellent rigidity, and cutting-edge stability for demanding precision machining applications.
2. Advanced SA Coating Technology
The SA coating features HV3200 hardness, 1–3 μm coating thickness, and a friction coefficient of 0.15. These coating properties are designed to support wear resistance and reduce friction during machining.
3. Specialized T-Slot Cutting Geometry
The custom T-slot structure is engineered for machining narrow slots, T-shaped grooves, and specialized undercut profiles. Customized cutting geometry supports machining requirements involving complex workpiece structures.
4. Precision Custom Manufacturing
The tool can be customized according to specific requirements for cutting diameter, slot width, neck diameter, cutting length, flute configuration, and overall dimensions.
Applications
Stainless Steel Machining
Precision T-slot milling, groove machining, and customized profile cutting.
Titanium Alloy Machining
Specialized slot milling and custom profile machining of titanium alloy components.
Custom SA-Coated Tungsten Carbide T-Slot End Mill Product Highlights
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0.6 μm fine-grain tungsten carbide substrate
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SA coating with HV3200 hardness
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1–3 μm coating thickness
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Low friction coefficient of 0.15
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Custom-made T-slot cutting geometry
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Designed for stainless steel and titanium alloy machining
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Suitable for specialized groove and undercut milling
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Flexible non-standard tool customization
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Precision-ground cutting profiles
Recommended products
Non-Standard End Mill
Made-to-print DLC-coated 0.6um micro-grain carbide end mill for non-standard form/step profiles; low-friction, clean cutting in aluminum, copper, PVC and foam.
Custom SA Coated Solid Carbide End Mill
Custom ground carbide form milling cutter made from 0.6μm fine-grain tungsten carbide with SA coating (HV3200). Designed for precision machining of stainless steel and titanium alloys, offering excellent wear resistance and customized cutting geometry.
