Plastic Composites Aluminium
Precision Machining Solutions for Non-Ferrous Materials
Machining plastics, composite materials, and aluminum requires specialized cutting tools to achieve clean cuts, minimized burr formation, and high surface quality. Dixi Polytool’s advanced cutting tools are engineered to optimize performance when working with soft and abrasive materials, ensuring precision, efficiency, and extended tool life.
These tools are ideal for aerospace, medical, automotive, and electronics industries, where machining lightweight and high-strength materials is essential for manufacturing efficiency.
Why Choose Dixi Polytool for Plastics & Composites?
Optimized Cutting Edge Geometry
Special tool designs ensure clean cuts and reduced material deformation, preventing delamination and melting of plastic-based materials.
Extended Tool Life & Reduced Tool Wear
High-quality coatings and tool materials provide better resistance to wear and heat buildup, extending tool longevity.
High-Speed & Efficient Machining
Designed for high cutting speeds and smooth chip evacuation, reducing cycle times and improving productivity.
Minimized Burr Formation
Precision-ground edges prevent material chipping and excessive burr formation, ensuring smooth edges and superior finish.
Specialized Cutting Tools for Plastics & Aluminum
1. End Mills for Plastics & Composites
Optimized for thermoplastics, thermosetting plastics, and composites
Available in solid carbide and PCD-coated options
High-speed milling with excellent chip evacuation
2. Drills for Lightweight Materials
Specialized drills for plastics, composites, and aluminum alloys
Low cutting force to reduce material stress and delamination
Through-coolant options available for heat-sensitive applications
3. Reaming & Finishing Tools
High-precision reamers for tight tolerances and smooth surfaces
Designed to prevent material distortion and fiber pullout in composites
4. PCD & Diamond-Coated Cutting Tools
Ideal for abrasive composite materials such as CFRP and fiberglass
Longer tool life compared to conventional carbide tools
Excellent wear resistance for continuous production environments
