Han’s Laser successfully concluded its participation in IPC APEX EXPO 2026, held from March 17–19, 2026, at the Anaheim Convention Center, California. As one of the most influential events in the electronics manufacturing industry, the exhibition brought together global innovators, engineers, and decision-makers to explore the latest advancements in PCB and electronic assembly technologies.
Located at Booth #1711, Han’s Laser attracted a steady flow of visitors throughout the three-day event. Industry professionals from across North America and beyond visited the booth to learn more about the advanced laser solutions tailored for PCB manufacturing.
During the exhibition, Han’s Laser showcased the PCB Laser Marking Machine andPCB Laser Depaneling Machine, both designed to meet the growing demand for precision, efficiency, and process reliability in modern electronics production. The laser marking machine demonstrated high-speed, high-contrast marking capabilities for traceability applications, while the depaneling solution highlighted its non-contact processing advantages, ensuring minimal mechanical stress and superior edge quality.
Live discussions and on-site exchanges allowed the Han’s Laser team to gain valuable insights into customer needs and emerging industry trends. The positive feedback received during the event further reinforced the company’s commitment to delivering high-performance laser solutions that support smarter and more efficient manufacturing environments.
IPC APEX EXPO 2026 also provided an excellent platform for strengthening relationships with existing partners and establishing new connections within the electronics manufacturing ecosystem. Han’s Laser looks forward to building on these interactions and continuing to support customers with innovative laser technologies.
We sincerely thank all visitors, partners, and organizers for making this event a success. Han’s Laser remains committed to advancing precision manufacturing and driving the future of PCB production through continuous innovation.
