Yamacut Tungsten Carbide Rotary Burrs
Yamacut Tungsten Carbide Rotary Burrs are designed for material removal and surface preparation in metalworking applications. Manufactured from 100% tungsten carbide, these rotary burrs provide high hardness and wear resistance suitable for various cutting tasks.
They can be used for operations such as grinding, deburring, shaping, and finishing on materials including metal, steel, stainless steel, and other hard materials. The double-cut tooth design helps break chips during machining, while polished flutes support smoother chip flow during operation.
The carbide head is joined to the steel shank using a silver-brazed joint, creating a secure connection between the head and the shank. Yamacut rotary burrs are available in several shapes and forms to suit different machining and fabrication needs.
Key Features
1. 100% Tungsten Carbide ConstructionManufactured from tungsten carbide material commonly used for cutting and shaping tools.
2. Double-Cut Tooth DesignHelps break chips and supports controlled cutting during machining.
3. Silver Brazed JointThe carbide head is attached to the shank using silver brazing to create a stable joint.
4. Polished FlutesSmooth flute surfaces help reduce chip buildup during operation.
5. High Hardness (HRA 90.3–91.5)Supports cutting edge stability during typical machining applications.
6. 40Cr Steel ShankAlloy steel shank designed for compatibility with 1/4 inch collet rotary tools.
7. Multiple Burr Shapes AvailableAvailable in several shapes such as cylinder, ball, tree, cone, and countersink for different machining tasks.
Yamacut Tungsten Carbide Rotary Burrs
Yamacut Tungsten Carbide Rotary Burrs are designed for material removal and surface preparation in metalworking applications. Manufactured from 100% tungsten carbide, these rotary burrs provide high hardness and wear resistance suitable for various cutting tasks.
They can be used for operations such as grinding, deburring, shaping, and finishing on materials including metal, steel, stainless steel, and other hard materials. The double-cut tooth design helps break chips during machining, while polished flutes support smoother chip flow during operation.
The carbide head is joined to the steel shank using a silver-brazed joint, creating a secure connection between the head and the shank. Yamacut rotary burrs are available in several shapes and forms to suit different machining and fabrication needs.
Key Features
1. 100% Tungsten Carbide Construction Manufactured from tungsten carbide material commonly used for cutting and shaping tools.
2. Double-Cut Tooth Design Helps break chips and supports controlled cutting during machining.
3. Silver Brazed Joint The carbide head is attached to the shank using silver brazing to create a stable joint.
4. Polished Flutes Smooth flute surfaces help reduce chip buildup during operation.
5. High Hardness (HRA 90.3–91.5) Supports cutting edge stability during typical machining applications.
6. 40Cr Steel Shank Alloy steel shank designed for compatibility with 1/4 inch collet rotary tools.
7. Multiple Burr Shapes Available Available in several shapes such as cylinder, ball, tree, cone, and countersink for different machining tasks.
Overview
TECHNICAL SPECIFICATION
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Yamacut Tungsten Carbide Rotary Burrs are designed for material removal and surface preparation in metalworking applications. Manufactured from 100% tungsten carbide, these rotary burrs provide high hardness and wear resistance suitable for various cutting tasks.
They can be used for operations such as grinding, deburring, shaping, and finishing on materials including metal, steel, stainless steel, and other hard materials. The double-cut tooth design helps break chips during machining, while polished flutes support smoother chip flow during operation.
The carbide head is joined to the steel shank using a silver-brazed joint, creating a secure connection between the head and the shank. Yamacut rotary burrs are available in several shapes and forms to suit different machining and fabrication needs.
Key Features
1. 100% Tungsten Carbide Construction Manufactured from tungsten carbide material commonly used for cutting and shaping tools.
2. Double-Cut Tooth Design Helps break chips and supports controlled cutting during machining.
3. Silver Brazed Joint The carbide head is attached to the shank using silver brazing to create a stable joint.
4. Polished Flutes Smooth flute surfaces help reduce chip buildup during operation.
5. High Hardness (HRA 90.3–91.5) Supports cutting edge stability during typical machining applications.
6. 40Cr Steel Shank Alloy steel shank designed for compatibility with 1/4 inch collet rotary tools.
7. Multiple Burr Shapes Available Available in several shapes such as cylinder, ball, tree, cone, and countersink for different machining tasks.