When? May 15-16, 2024.
Where? Casa Perlage Event Center in Farroupilha – stand 20.
Why? Uncover Meneta’s breakthroughs at the technical session by Jens Thuesen on May 16, 11:35-11:55.
Meneta is set to showcase its latest innovations at the 16th SAE Brasil Brakes, Motion Control, & Engineering Exhibition, scheduled for May 15-16, 2024, at the Casa Perlage Event Center in Farroupilha. This premier event in the braking technology industry provides an ideal platform for networking and unveiling new products.
Meet the Meneta Team
The company’s participation in the exhibition underscores its commitment to advancing braking technology. At stand 20, the Meneta team will be available to discuss the company’s cutting-edge solutions and demonstrate how Meneta is leading innovation in the industry.
Don’t Miss This Technical Session
A highlight of Meneta’s involvement will be the technical session presented by Jens Thuesen, R&D Brake Noise & Vibration Manager. Scheduled for May 16 from 11:35 to 11:55, Jens will present the company’s breakthroughs in NVH shim solutions tailored for electric vehicles. He will spotlight Meneta’s unique adhesive technologies and capabilities, addressing specific challenges faced by EVs.
A Word From Samuel Bragantin, Technical Sales Manager
Samuel Bragantin, Technical Sales Manager (LATAM) at Meneta, expressed his enthusiasm about the event. “The SAE Brazil exhibition is a crucial forum for sharing knowledge, forging new partnerships, and, most importantly, unveiling the latest developments in the braking industry. We’re excited to connect with our customers and industry colleagues and showcase our advancements and contributions to this dynamic field,” he said.
What’s on Display?
Visitors to Meneta’s booth will also have the opportunity to explore the company’s high-precision backing plates from fine blanking technology and are available in various shapes, thicknesses, and materials. Additionally, Meneta will display its innovative noise-damping shim portfolio, featuring over 1 million potential material combinations designed to meet diverse needs.
