As a national High-Tech Enterprise, Shenyang ASIMOV Intelligent Equipment Co., Ltd. is dedicated to innovative research, development and engineering of robotics and automation equipment. The company pursues technological innovation and breakthrough with perseverance, and has successfully developed a range of automation equipment and systems with independent intellectual property rights, leading the industry’s frontier.
Recently, ASIMOV has deployed advanced adaptive robotics and trajectory software system , significantly boosting the polishing and grinding efficiency of aerospace components. This breakthrough has not only boosted production efficiency but also further raised the bar for component precision and quality, contributing to technological progress and industrial upgrading in the sector.
In the aerospace industry, surface precision and quality of components are critical. Traditional polishing and grinding technologies face problems such as low efficiency and poor force-control accuracy. The solution offered by ASIMOV combines adaptive robotics technology with advanced trajectory algorithms and a user-friendly polishing software toolkit,creating a distinct technical edge.
ASIMOV’s 7-axis force-controlled adaptive robot delivers outstanding dynamic performance, including surface tracking, trajectory learning, surface conformance and force–position hybrid control, ensuring high-precision, high-efficiency polishing operations while enhancing polishing stability. The robot can flexibly adapt to complex surfaces, reducing dependence on manual intervention, and maintains efficient operation in variable environmental conditions. In addition, the adaptive robot requires no additional sensors or floating grinding heads, reducing equipment wear and maintenance costs.
Looking ahead, ASIMOV Automation will uphold the corporate spirit of “Innovation, Excellence, Integrity, and Win-Win Cooperation” and continue to enhance its technological capabilities and service quality. The company will continue to deepen its engagement in the aerospace sector, and will extend adaptive robotics and trajectory software system technology to a broader range of industry applications, opening a new chapter in industrial automation and working jointly toward a smarter, more efficient industrial future.