Automated Robotic Laser Cleaning Production Line for Industrial Surface Treatment

Presentation of the equipment's characteristics

The Greenstone automated robotic laser cleaning production line is an intelligent industrial surface treatment system designed for high-efficiency paint removal, oxide cleaning, weld preparation, coating removal, and precision surface conditioning in automated manufacturing environments. Utilizing high-power pulsed fiber laser technology and robotic automation, the system delivers stable, non-contact, and environmentally friendly cleaning performance for continuous industrial production applications.

This laser cleaning production line is widely used for shaft component paint removal, oxide scale cleaning after annealing, weld surface preparation, coating removal before repainting, mold cleaning, and surface treatment of large industrial workpieces. Compared with traditional chemical and abrasive cleaning methods, the system significantly reduces environmental pollution, substrate damage, labor intensity, and operating costs while improving cleaning consistency, production efficiency, and process automation.

Fully automated robotic laser cleaning production line for continuous industrial operation
High-efficiency laser cleaning process with stable and repeatable cleaning quality
Environmentally friendly cleaning technology without chemicals, abrasive media, or secondary pollution
Non-contact cleaning process that does not damage the substrate surface
High flexibility for cleaning shaft parts, welded structures, plates, molds, and complex industrial workpieces
Suitable for paint removal, oxide scale cleaning, weld preparation, and coating removal applications
Intelligent robotic motion control for precise and automated cleaning paths
Low operating and maintenance costs compared with traditional cleaning technologies
Excellent adaptability for medium-batch and large-scale industrial production environments
Capable of cleaning wide and thick plate oxide layers after annealing processes
High cleaning efficiency for industrial continuous production applications
Integrated industrial automation design for smart manufacturing and production line integration
Stable long-term industrial operating performance with reliable cleaning consistency
Cleaner and safer working environment with reduced dust, waste, and operator exposure
Ideal for automotive, rail transit, aerospace, heavy equipment, steel processing, and metal fabrication industries

main project	Main specifications
laser	1kw fiber pulse laser
Laser cleaning head	High-speed, high-power scanning galvanometer
Industrial robot	6-axis industrial robot
linear external axis	Maximum stroke 10m
Gantry	Maximum height 10m
water cooler	cooling laser
water cooler	cooling laser
Control System	PLC industrial control system, industrial computer, HMI
software	Equipment monitoring, informatization, networking, job scheduling

Note: Performance parameters may vary for different power levels and models. All technical parameters are subject to the technical solutions provided by us.