Precision Rotary Burrs for Fast and Clean Metal Removal
In automotive parts processing, precision and strength are critical for performance and safety. The AMG rotary file is specifically engineered for high-precision machining of automotive components, functioning as a precision mechanical carver for polishing, deburring, and trimming complex structures.
Applications
AMG rotary files are extensively used in machining key automotive components including:
Engine housings
Transmissions
Braking systems
Chassis structural components
These tools effectively remove weld burrs, trim casting burrs, and polish holes and surfaces to enhance assembly precision and finish quality.
Specifications
Model
Head Diameter (mm)
Shank Diameter (mm)
Total Length (mm)
Flute Type
Material
AMG-CAR0606
6
6
50
Single Spiral Flute
Carbide
AMG-CAR0813
8
6
65
Double Cross Cut
Carbide
AMG-CAR1018
10
6
70
Coarse Straight Cut
Carbide
Working Principle
When powered by pneumatic or electric tools, the rotary burr spins at high speed. Its sharp cutting edges efficiently remove excess metal upon contact with the workpiece. Various tooth and head designs accommodate different machining requirements including grooves, circular holes, and internal angles.
Product Advantages
Automotive-specific design: Optimized for common automotive materials including aluminum alloy, steel, and stainless steel.
High cutting efficiency: Features sharp tooth profiles and smooth chip removal to reduce machining time.
Exceptional durability: Constructed from AMG high-toughness carbide for extended service life.
Shape versatility: Available in various configurations including conical and tree-shaped designs, with custom options available.
Broad compatibility: Works with all standard direct grinders and electric grinders.
Purchase Guide
Material selection: Use staggered teeth for steel components; single blade or coarse teeth for aluminum to prevent chip adhesion.
Head shape: Spherical for grooves, cylindrical for flat surfaces, conical for chamfering corners.
Tooth type: Large tooth pitch for rough machining; fine or staggered teeth for finishing work.
