The Premier Overseas Exhibition in 2025

Aiotek Intelligent's technological innovations have garnered widespread recognition in international markets. At the 2025 Sharjah International Steel Exhibition, AitCloud Intelligent showcased a series of innovative products and solutions featuring proprietary intellectual property. Among these, the automatic tool-changing bending centre stood out as a star product. Featuring Aite's patented system, it offers exceptional stability with a bending speed of just 0.2 seconds per stroke. Workpieces can be formed in a single operation, benefiting from fully servo-controlled operation, low energy consumption, straightforward maintenance, minimal operational costs, and reduced staffing requirements. Furthermore, designs such as multi-axis coordinated control, C-type press arms, and ball screw multi-link transmission mechanisms elevate its automation level and bending precision to internationally advanced standards.

Beyond the automatic tool-changing bending centre, Aiotek Intelligent showcased a comprehensive suite of innovative products and solutions spanning every stage of sheet metal automation production. These offerings not only cater to diverse custom requirements but also deliver holistic sheet metal automation production solutions, further enhancing Aiteyun Intelligent's competitive standing in the global marketplace.

Benchmarking against the cutting edge, leading the way in shaping the industry's new landscape

Qingdao Aiotek Intelligent Equipment Co., Ltd remains at the forefront of international bending technology, closely monitoring every innovation in key domains such as high-precision CNC, intelligent sensing, and flexible material processing. Through collaborations with domestic and international universities, we integrate cutting-edge materials science into bending processes. For emerging high-strength, ultra-thin composite materials, we develop bespoke bending dies and techniques to overcome traditional process limitations such as cracking and deformation, thereby expanding the material boundaries of bending fabrication.