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Events & Expos2026.10.16

Ecosystem Collaboration | Transfer Tech 3D Industrial Cameras at the 2026 CIIF

At the 2026 China International Industry Fair, Transfer Tech 3D industrial cameras, together with SIASUN DUCO, Rokae Robotics, Dongyun Zhiji, and Nanko Jia'an, showcased four live robot demonstrations guided by 3D vision: automotive door panel grinding, workpiece loading and assembly, automated welding, and high-precision assembly. These covered typical scenarios such as automotive parts and precision machining, demonstrating the adaptability, compatibility, and engineering reliability of its AI+3D vision under complex industrial conditions. Through ecosystem collaboration, Transfer Tech packages its 3D vision capabilities into standardized, easy-to-integrate products, supporting the flexible and intelligent upgrading of manufacturing.

As an annual flagship event for intelligent manufacturing, the 2026 China International Industry Fair (CIIF) brings together companies across robotics, machine vision and smart equipment value chains, showcasing cutting-edge real-world automation solutions for manufacturing. At this year’s CIIF, TransferTech 3D industrial cameras were showcased at booths of multiple ecosystem partners. Together with SIASUN DUCO, ROKAE Robotics, Dongyun ZhiJi and KAANH, we presented four live physical demos covering typical scenarios: automotive component grinding, workpiece loading & assembly, adaptive welding and high-precision assembly. The demos demonstrate the adaptability and engineering reliability of AI+3D vision technology under complex industrial conditions.

SIASUN DUCO: 3D Vision-Guided Automotive Door Panel Grinding

The SIASUN DUCO booth featured a 3D vision-guided automotive door panel grinding solution integrated with TransferTech’s 3D industrial camera. Automotive door panels have complex curved surfaces, and grinding requires flexible trajectories and consistent machining quality. Traditional fixed-program grinding struggles to accommodate manufacturing tolerances of workpieces. Leveraging the 3D perception of TransferTech 3D cameras, the robot scans the curved contour of door panels in real time, identifies workpiece pose and dynamically generates adaptive grinding trajectories to deliver flexible surface grinding. The solution compensates for incoming workpiece deviations and cuts fixture positioning costs, meeting automation requirements for non-standard contour machining of automotive interior parts.

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ROKAE Robotics: 3D Vision-Guided Loading & Assembly

ROKAE Robotics presented a 3D vision-guided workpiece loading and assembly solution. Randomly stacked incoming parts represent a major hurdle for automation on component assembly lines; mechanical positioning alone cannot enable flexible production changeovers. Equipped with TransferTech’s 3D industrial camera, the solution captures the 3D pose of workpieces in real time and outputs positioning data to guide robots to pick, transfer and precisely assemble components. It relaxes strict limits on workpiece placement pose, reduces changeover time for multi-product production, and improves line flexibility and overall productivity.

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Dongyun ZhiJi: 3D Vision-Guided Automated Welding Station

Dongyun ZhiJi exhibited a 3D vision-guided automated welding station. Welding processes often suffer from workpiece clamping deviations and dimensional variations of incoming parts, which may shift weld seams and degrade welding quality. Powered by TransferTech 3D industrial cameras, the system scans and locates weld seams in real time, dynamically adjusts the robot’s welding path and compensates for workpiece clamping errors on the fly to maintain stable weld seam tracking. This solution improves the consistency of welded parts and reduces manual rework, well suited for mass automated welding of workpieces.

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KAANH: 3D Vision-Guided High-Precision Assembly

The KAANH booth demonstrated a 3D vision-guided high-precision assembly use case. Precision component assembly demands high spatial positioning accuracy, and minor alignment errors directly compromise assembly results. The solution uses TransferTech 3D industrial cameras for high-precision 3D spatial positioning and guides robotic arms to align and assemble delicate parts. It tolerates position variations of incoming workpieces and meets tight-tolerance assembly requirements in precision manufacturing, supporting unmanned upgrades for precision processes.

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These multi-booth live demos verify that TransferTech 3D industrial cameras offer robust compatibility, stability and expandability, and work seamlessly with robots of various brands and integration systems. Demand for flexible manufacturing retrofits keeps growing, and single equipment vendors can hardly deliver end-to-end automation independently. Committed to ecosystem collaboration, TransferTech maintains deep cooperation with robot OEMs and system integrators. We package core AI+3D vision capabilities into standardized, easy-to-integrate vision products, delivering stable, user-friendly 3D vision automation solutions for automotive equipment, precision machining, welding and other industries.

Going forward, TransferTech will continue to advance R&D of underlying algorithms and hardware for industrial 3D vision, expand more field-proven industrial use cases, and collaborate with supply chain partners to accelerate intelligent transformation in manufacturing.

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