For all of your operations (stamping, twisting, driving in, casing, rolling, indenting, blanking) as well as for all of your components (case middle, bezel, crown, back cover, links, buckle-clasps…), whatever the material may be (stainless steel, titanium, brass, precious metals).
Simulation of the stamping sequence of a buckle. Courtesy of Boucledor
By substantially reducing your design and development time and the scrap rates.
Simulation significantly reduces your design and development times, by limiting prototyping phases, workshop tests and reducing the number of strikes. Defect detection allows you to eliminate defective parts and act on the tool life.
Abrasion wear on tooling
Simulate the complete sequence to determine the ideal shape and weight of the initial flank and optimize the number of stamping operations.
The stamping sequence was validated by simulation before the start of production leading to the parts being correctly stamped from the first pressings.
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