PCD Tools for High-Speed Precision and Extended Tool Life

From aluminium alloys to composite stacks, Amech’s PCD tooling solutions deliver wear resistance, tight tolerances, and unmatched surface finishes.

Engineered for High-Volume, High-Endurance Machining

PCD Tools

Amech offers custom and standard PCD tools designed for non-ferrous, abrasive, and composite materials. With superior hardness and wear resistance, our PCD solutions outperform traditional carbide tools in terms of longevity, edge quality, and machining speed — making them ideal for industries where downtime and tolerance deviations aren’t an option.

Contact our sales team to discover all of your pricing options

Explore Our PCD Tooling Capabilities

Choose from application-specific PCD designs or request fully customized tools tailored to your machine, material, and part geometry.

  • Designed to customer drawings or part geometry
  • Can combine multiple operations: drilling, chamfering, profiling
  • Used in high-speed CNCs and automated lines
  • Optimised for low vibration and thermal resistance
  • High-accuracy internal or external broaching tools
  • Maintains edge sharpness across high-run cycles
  • Reduces need for secondary finishing
  • Best suited for aluminium and precision aerospace components
  • Ideal for face milling, slotting, and surface finishing
  • Offers consistent chip control and improved flatness
  • Available in multi-insert or solid configurations
  • Performs best on non-ferrous metals, composites, and carbon fibre
  • Used for thread forming in aluminium and magnesium alloys
  • Combines threading accuracy with extreme wear life
  • Reduces built-up edge and galling
  • Ideal for high-volume tapped hole applications

Where Our PCD Tools Shine

PCD tools are made for production environments that demand speed, stability, and surface finish — especially in non-ferrous and abrasive material machining.

Aerospace structural components

Automotive aluminium parts (blocks, wheels, suspension arms)

Composite body panel machining

Die/mould cavity roughing and finishing

Precision electronics housings