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Certified efficiency

From left to right:1. Designing a tool with CAD systems to custo- mer specifications.2. Sawing a base cylinder according to the spe-cifications of our engineering team on CNC machinery.3. Turning of the profile and bore to the strictesttolerances in order to guarantee the best possi- ble quality of subsequent operations. 4. Engraving tool data which is necessary toconstantly monitor the tool throughout the pro- duction cycle.5. Milling on CNC machinery. 6. Hardening in salt baths to prevent deformation. Ptype deburring tools normally have a hardness level from 64-65 HRC. Higher hardness levels are obtainable for all tools. The hardness level for chamfering tools is usually around 61-62 HRC. 7. and 8. High precision bore and face grinding.The accuracy of the subsequent profile grinding may be strongly influenced by how the tool is clamped. 9. Grinding of each flank of a special profile onSamputensili developed process machinery. 10. “Super-Finishing” of the sharp tooth flankedges. The very fine rounding off of tooth flank edges prolongs the actual life of the tool as the force exerted on the tooth face is more evenly distributed. Also this operation significantly reduces the risk of injury when handling tools. 11. Continuous quality inspection throughoutthe whole manufacturing cycle. 12. All deburring tool types have a standard TiNcoating. Chamfer-roller tools do not actually perform any cutting operation and therefore do not require any coating as a rule. 13. Tools ready for dispatch.