3D Vision-Guided Automated Machine Tending for Cylinder Liners
Laser Line 3D Camera
Automotive Manufacturing
Loading and Unloading
Cylinder Liner CNC Machine Loading with 3D Vision
Customize Your Vision Solution

Project Background：

The customer is a global leading supplier of powertrain piston component systems, with cylinder liners ranking among the top in the industry by production and sales volume. To ensure product quality and order delivery efficiency, the customer uses a large number of robots for automated machine tending.

3D Vision Solution：

Cylinder liners have a hollow cylindrical structure. When supplied in bins, they may appear in various stacked poses. AGV transport can also introduce bin docking deviations, while part sliding during transportation further increases pose uncertainty. By deploying the ALSONTECH large-FOV line laser 3D vision system, the customer solved the challenge of automated machine loading.

- Compensates for bin placement deviation and part displacement, and detects the 3D pose of cylinder liners for accurate robotic picking. - Large-FOV laser 3D camera covers bins of different sizes and identifies different part models, with stable picking accuracy and good adaptability to typical lighting and temperature changes. - Handles various incoming conditions such as stacked or closely packed parts, while the 3D vision software plans proper picking strategies and paths to avoid robot collisions and stack collapse. - Routine maintenance only; system service life ≥5 years.

Customer Benefits：

- Reduces heavy manual handling, with only 1–2 equipment operators needed for the entire line. - Significantly lowers labor cost and workload while improving machine loading efficiency. - Helps achieve cost reduction and productivity improvement.
Click to view detailed specifications of the 3D camera：
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