HyRel honoured with 2023 Mexico Technology Award

The award was officially announced during a ceremony on 25^th October 2023 held at during the SMTA Guadalajara Expo in Mexico.

The Mexico Technology Awards recognise and celebrate the latest breakthroughs and innovations in manufacturing equipment and materials supplied by OEMs in Mexico. HyRel's Robotic Hot Solder Component Tinning process emerged as the winner in the Component Tinning category, showcasing the company's exceptional dedication to excellence and advancement.

The Robotic Hot Solder Component Tinning process has been pioneered by HyRel's five founding partners, who together possess an impressive legacy of expertise dating back to the 1980s. Their profound involvement in creating the robotic hot solder component tinning process, ultimately securing TMTI approval, has laid the foundation for the innovative technology recognised by this prestigious award.

Through relentless pursuit of process enhancements, HyRel has achieved a state-of-the-art "touchless" technique for tin dendrite removal, solder alloy replacement, and the restoration of solderability. This breakthrough process ensures high component reliability, meeting the stringent demands of modern manufacturing.

"Winning the Mexico Technology Award is a testament to our commitment to innovation and precision in the realm of component reliability modifications," expressed Brian Watson, President & Founder at HyRel. "Our technology not only adheres to industry-leading standards but sets new benchmarks for precision and quality that our competitors strive to match."

HyRel's mastery of robotic solutions and proven processes has enabled the company to attain levels of precision and repeatable quality that stand unparalleled in the industry. The Robotic Hot Solder Component Tinning process has proven applications in various sectors, including ROHS compliance, tin dendrite removal, component reuse, and the restoration of solderability.

HyRel is compliant with a range of critical industry standards, including GEIA-STD-0006, ANSI – J-STD-002, Mil-STD202, and Mil – STD-883, reflecting the company's commitment to producing technology that meets the highest performance and reliability criteria.