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Chamfering and deburring tools

Chamfering and deburring tools
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Software solutions developed incollaboration with leading technical institutes enable us to design any chamfering and deburring tool quickly and reliably. Your individual production requirements are analy- sed thoroughly in order to provide you with the best manufacturing solutions possible. > For spur or helical gears For straight or inclined gear lateral surfaces > Ptype (standard tool for straight gear lateral surfaces) P1000 type (like Ptype but grooved) PR type (with alternate sections for straight gear lateral surfaces radiused to the root) PR 1000 type (grooved tool for straight gear...

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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...

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Secondary burr during chamfering Deburring the secondary burr on gear lateral surfacesRolling the secondary burr on gearflanks > Not heat treated, 2% Nital tested, Ferrite structure with a 25% Pearlite portion > Tooth chamfers after chamfering and rolling, Ferrite structure with a 25% Pearlite portion, compressed due to the pressure exerted by the chamfering tool Tooth chamfers after chamfering, Nital tested, Ferrite structure with a 25% Pearlite portion, compressed due to the pressure exerted by the chamfering tool Tooth chamfers after chamfering, rolling and hardening, Nital tested,...

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With the patented Samputensili chamfer-roller tool, you can chamfer and roll your gears at the same time. The secondary burr that is generated during chamfering is consequently removed in the very same operation. By combining both processes, themachine utilises just one tool head leaving the second tool head free for another operation.For workpieces: > Secondary chamferChamfer with parallel chamfers wih comma type chamfers without any step ∆ of about 1. Rolling is performed by a localised Гlevelling out action which may be described as a second chamfer with a chamfering angle > Developed...

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