9T Labs embarks on global tour to highlight AFT for composite parts
The additive manufacturing company welcomes industry to join in upcoming virtual tours, insightful presentations and visit its show booths.
9T Labs AG (Zürich, Switzerland) announces that it is embarking on a global tour from February to March 2024 to engage with key players across various markets to highlight its automated Additive Fusion Technology (AFT) for composite part production.
On Feb. 15 at 2 p.m. CET, 9T Labs will kick off the tour with a virtual event focusing on the bicycle components market. The free webinar, “Additive Fusion Technology for Bicycle Components,” will feature a representative from the cycling field opening the session. Mark Lechler, 9T Labs’ cycling component specialist, will then demonstrate how engineers can easily design, optimize and manufacture lightweight and robust parts at scale with AFT. Interested individuals can register for the webinar here.
The tour’s second stage will take place in Paris, beginning on March 4 at the SAMPE Summit 24, where Yannick Willemin, 9T Labs director of business development, will present “Thermoplastic Applications in Olympic Cycling and More.” For the next few days after, the tour moves to JEC World. A dedicated team of 9T Labs experts will be on-site to showcase
how AFT empowers organizations to create products that are strong, lightweight and sustainable. Physical parts, including aircraft interior brackets, suspension rocker links and watch cases, will be on display. A sports conference co-moderated by Martin Eichenhofer, co-founder and CEO of 9T Labs will also be taking place March 7. Attendees can schedule appointments here.
The tour’s ultimate stage is set in Taipei, hosting the Taipei Cycle Show from March 6-9 with Giovanni Cavolina, co-founder and CCO of 9T Labs, and Yannick Willemin. Physical bicycle part demonstrators, including a suspension rocker link, will be available on demand. Attendees can schedule appointments here.
For related content, read “Optimizing a thermoplastic composite helicopter door hinge.”