Apr 22, 2024 
Apollo Seiko, a leading innovator in soldering technology, is pleased to announce its participation in the upcoming Electrical Wire Processing Technology Expo (EWPTE), taking place May 15-16, 2024 in Milwaukee, WI. The company will showcase its J-CAT LYRA Desktop Soldering Robot in Booth 406.
With its advanced temperature setting capabilities, the J-CAT LYRA allows for precise control of iron tip temperature, enabling high-quality soldering of components with varying heat capacities. This results in reliable filling of through-holes and flawless back fillets, ensuring optimal performance and reliability.
The J-CAT LYRA features an approach function, which facilitates additional axis movement during soldering. This innovative feature streamlines programming and setup, making point teaching faster and more efficient while also reducing initial setup time.
Additionally, the J-CAT LYRA offers the option for dual iron units and feeders, further enhancing its versatility and productivity. The high-powered controller can operate two feeder units simultaneously, reducing cycle time by up to 50%. Moreover, the ability to utilize two iron units is advantageous for soldering high heat capacity components, providing users with unparalleled flexibility and efficiency.
Don't miss your chance to see the J-CAT LYRA in action at the Electrical Wire Processing Technology Expo in Milwaukee, WI. Visit Apollo Seiko's booth to learn more about this revolutionary soldering solution and discover how it can elevate your manufacturing processes.
For more information, visit www.apolloseiko.com.
Apollo Seiko is a leading global provider of advanced soldering solutions, pushing the boundaries of technology to deliver precision, efficiency, and reliability in electronics manufacturing. The company has dedicated the past 50+ years to the design and development of automated soldering systems. Apollo Seiko has continued to patent many advances in selective soldering technology including versatile iron tip design, innovative solder feeding techniques and nitrogen integration to provide a low-cost, lead-free soldering solution for both robotic and hand soldering applications.
