McService prides itself on being a trustworthy company and expects the same of its partners. “We partnered with Markforged to manage the production of high-performance finished components without needing to invest in specialized technical personnel, seamlessly bridging design and production,” explains Lorenzo Montaguti.
The initial idea was to bring previously outsourced stages of production, back in-house.
The first 3D printed items were templates and fixtures for automated machines, followed by bespoke components for highly customized machinery.
“The X7 printer meets all our requirements,” continues Lorenzo, “and part after part we’ve become more and more familiar with continuous fiber reinforcement, discovering more of its benefits as we go.”
Many of McService’s components, previously made of metal, are now produced with carbon fiber reinforcement, offering superior mechanical properties. Utilizing this plastic material and additive technology also enables optimal solutions for ergonomics and customer requirements, and expands design possibilities. In addition, production time has been significantly reduced, and components are more cost-effective, making the company more competitive.
“In addition to the time and cost savings, and streamlining the supply chain, the printer lets you be more creative and designers can explore new solutions. The ability to quickly test and validate parts inspires you to develop innovative products as the process becomes more straightforward, and we can guarantee the greatest efficiency for the end customer” adds Lorenzo.
And he concludes: “In some technically critical situations, thanks to Markforged technology we were able to provide a quick, cost-effective response. The finished solution was designed and printed in just a few hours, compared to the days that would have been required using traditional manufacturing processes, with supplier lead times that we obviously can’t control. Design is also more streamlined as we can make multiple versions of the same part and immediately evaluate the best option.