Toolmaker Solutions: Premium Tool Production Brochure
Why Toolmakers Choose Hyperion
Hyperion produces premium cemented carbide, cermet, polycrystalline diamond (PCD), and polycrystalline cubic boron nitride (PCBN) that deliver reliable high performance across a wide range of machining applications. Hyperion’s industrial diamond and cubic boron nitride (cBN) superabrasives enhance grinding, polishing, and lapping processes to improve cycle times and tool life. Tight dimensional tolerances and consistent material uniformity minimize variation and scrap, so toolmakers maintain steady output.
Hyperion’s material grades and blank configurations support toolmakers in designing complex tools for challenging workpiece materials, from hardened steels and titanium alloys to heat-resistant superalloys (HRSAs) and carbon-fiber reinforced polymer (CFRP).
Hyperion maintains quality and supply chain stability through an integrated production model that starts with processing raw materials and ends with finished premium tool blanks and solutions. Hyperion does not manufacture finished tools and does not compete with its customers, meaning all available inventory is allocated to partners. Hyperion’s independence facilitates knowledge sharing and protects partners’ proprietary technology.
What’s Inside the Guide?
“Premium Tool Production: High-Performance Blanks and Material Removal Solutions” guides toolmakers in selecting the right hard material solutions based on tool type, workpiece, and application. Product designs and workpiece-recommended material grades are presented for:
- Carbide rod blanks for round tools
- Carbide and cermet indexable insert blanks
- PCD and PCBN cut tips and blanks
- Carbide and cermet gear tool blanks
- Carbide and cermet sawing blanks
- Diamond and cBN superabrasives for grinding and finishing
The guide also details Hyperion’s custom preform capabilities and value-added precision cutting and grinding services.
Download “Premium Tool Production: High-Performance Blanks and Material Removal Solutions” to discover optimal solutions for high-performance toolmaking.
