Machinery Accessories
Popular Configuration
High toughness,High wear resistance
- Machinery Test Report
- High Performance Cutting
- HRC56-58/HRC60-62/HRC61-63
- Slitting Round Knives
- CAMT-Unleash the Edge, Slice the Future
- Long cutting life and high-performance cutting
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Quality Spolights
Featuring ultra-high precision with thickness tolerance of +/- 0.001 mm and flatness/parallelism of 0.002 mm. Made from premium materials like TC, HSS, and tool alloy steel, it ensures high toughness and wear resistance. The blade supports customization for size, keyway, dirt groove, and heat treatment, providing precise strip width control and extended tool lifespan. Enhanced by
for reliable performance.
Learn more Customized Ability Boast high customer satisfaction with a 100% positive review rate.
High-quality imported materials to ensure that the product durable, excellent anti-aging.anti-oxidation,wear-resistant, anti-pollution ability,reliable!
Plastic Recycling Blades
Warantty
High-quality raw materials
Production
CNC machining process
service
High OEM&ODM
Application
Mechanical blades are primarily used in metal processing for cutting sheets, pipes, and precision parts. Common types include carbide, high-speed steel, and ceramic blades, catering to high-precision industries like automotive and aerospace, known for their heat resistance and extreme hardness.
Metal Processing Industry
In woodworking, mechanical blades are used for sawing logs, cutting panels, and carving. Tungsten carbide and diamond-coated blades are widely used in furniture and construction, emphasizing cutting efficiency and smooth finishes.
Wood Processing Industry.
Blades in this field are mainly for plastic film slitting, engineering plastic cutting, and composite material processing. PCD (polycrystalline diamond) and sharp steel blades are common, requiring sharp edges, anti-stick properties, and wear resistance for electronics and medical industries.
Plastic & Composite Material Processing.
breadcrumbs
Blades in this field are mainly for plastic film slitting, engineering plastic cutting, and composite material processing. PCD (polycrystalline diamond) and sharp steel blades are common, requiring sharp edges, anti-stick properties, and wear resistance for electronics and medical industries.
Plastic & Composite Material Processing
