Techman Robot marked its 10th anniversary by showcasing new developments in AI-powered collaborative robotics at Automate 2025. The company presented a series of automation technologies designed for industrial applications, with demonstrations spanning inspection, semiconductor handling, welding, and a new collaborative robot model.
Among the technologies on display was the Flying Trigger inspection system, which combines artificial intelligence and machine vision to conduct real-time defect detection while parts are in motion. According to the company, this system has reduced inspection time by 40 to 50 percent in customer deployments, with applications in automotive seat component and server assembly inspection.
Techman Robot is also increasing its presence in the U.S. semiconductor sector, coinciding with the expansion of Taiwanese chip manufacturers such as TSMC in the region. The company is collaborating with automation firm MSI to integrate autonomous mobile robots (AMRs) and collaborative robots for tasks including wafer box handling and material loading in cleanroom environments. In addition, Techman Robot has entered a strategic alliance with packaging and testing company ASMPT to support back-end process automation.
Automate 2025 also saw the global launch of the TM6S, a lightweight collaborative robot featuring a 1,800 mm reach and a weight of 35.5 kg. The model is designed for work environments that require both compact footprint and extended reach, targeting a range of industrial uses.
In partnership with U.S.-based welding firm AMET Inc., the company demonstrated an AI-based intelligent welding solution intended for applications in shipbuilding, steel structures, and energy equipment. The system is aimed at improving welding consistency and enabling more flexible production setups.
Techman Robot stated it is continuing to expand its support infrastructure in North America through local partnerships and engineering services. The company emphasized its goal of facilitating automation adoption in industries such as semiconductors and electronics, with a focus on rapid deployment and adaptability in production environments.
