Improving Automation Efficiency in Construction Machinery Manufacturing
The construction machinery industry involves a wide variety of products, large workpieces, and complex manufacturing processes, placing high demands on the adaptability and stability of automation equipment. Traditional positioning methods are increasingly unable to meet the needs of multi-product, small-batch, and flexible manufacturing. At the same time, production environments may involve oil mist, high temperatures, dust, and noise, requiring equipment to maintain long-term adaptability and stable operation.
ALSONTECH 3D vision systems accurately acquire spatial information such as workpiece position, pose, and dimensions, providing reliable visual guidance for robots. 3D vision solutions are widely used in applications including machining loading and unloading, assembly, material handling, and structural component welding, helping manufacturers improve production efficiency, reduce labor costs, and accelerate intelligent manufacturing upgrades.
Acquire 3D spatial information of targets to support loading and unloading, sorting, assembly, handling, welding, spraying, and other processes, ensuring reliable robot operation.
Acquire 3D spatial information of targets to support loading and unloading, sorting, assembly, handling, welding, spraying, and other processes, ensuring reliable robot operation.
Flexible Multi-Product Production
Support multiple part specifications and mixed-model production, reduce dependence on customized tooling and fixtures, simplify product changeovers, and improve production line flexibility.
Support multiple part specifications and mixed-model production, reduce dependence on customized tooling and fixtures, simplify product changeovers, and improve production line flexibility.
Reduced Manual Handling Risks
Construction machinery components are often heavy. 3D vision guides robots to perform handling operations, reducing manual involvement and improving operational safety.
Construction machinery components are often heavy. 3D vision guides robots to perform handling operations, reducing manual involvement and improving operational safety.
Adaptation to Complex Metal Surfaces
Mature laser imaging technology enables stable recognition of reflective metal, dark light-absorbing surfaces, and complex curved parts, with strong resistance to ambient light interference.
Mature laser imaging technology enables stable recognition of reflective metal, dark light-absorbing surfaces, and complex curved parts, with strong resistance to ambient light interference.
Improved Equipment Utilization
3D vision systems guide robots for continuous automated operation, supporting stable operation in complex machining, assembly, welding, and other applications.
3D vision systems guide robots for continuous automated operation, supporting stable operation in complex machining, assembly, welding, and other applications.
