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FIRSTWELD™ Saves You Valuable Time and Money
Huys Welding Strategies is revolutionizing the way welds are done. With today's manufacturing processes, optimization is essential to remain competitive.
Our FIRSTWELD™ consultation program helps customers set up a new weld cell, save costs on current welding operations, and solve resistance welding issues for both new and existing processes. It's our exclusive program designed to provide shopfloor-ready solutions in days, not weeks.
Professionally trained in using SORPAS® software, Huys engineers visit manufacturing plants to easily and accurately simulate the welds in company's welding processes. Unlike traditional methods, SORPAS's advanced computer simulations quickly and efficiently provide results - before implementation. Within minutes, our experts analyze welds to gain valuable insight into their effectiveness without testing or destroying actual parts. End Result? Armed with only material and machine data, Huys engineers can determine whether or not a company's current weld schedule is appropriate for the application, as well as the optimum weld schedule for a completely new setup. And best of all, our engineers complete the whole process without taking up costly production time
Welding is easier with Huys's FIRSTWELD™ with short lead times required from concept to production. You can't afford to misuse your valuable time or materials. Huy's FIRSTWELD™ aids in quick and efficient design decisions by eliminating the guess work, mistakes and wasted materials.
Simulation Has Its Benefits
Above: An innovative design for single-sided indirect welding. This figure shows the value of simulation when designing joints using new techniques for welding by using simulations as design tool. FIRSTWELD™ engineers were able to create a joint between the top two sheets without affect in the bottom sheet. Simulation allows for the rapid development and optimization of new welding applications.
Want to See FIRSTWELD™ in Action?
Simply complete a FIRSTWELD™ Simulation Request Form by clicking here. |
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