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LM DPL-6000
Continuous Wave Laser Cleaner
The LM DPL-6000 is a high-power industrial laser cleaning system designed for fast and efficient removal of rust, paint, grease, oxides, coatings and other surface contaminants.
Powered by a 6000W continuous-wave fibre laser, the machine delivers high cleaning power for demanding industrial applications and large surface areas. Its high-speed scanning system provides an adjustable cleaning width of up to 500mm, helping increase productivity when working across larger components and structures.
The machine is equipped with a high-performance water cooling system to provide stable operation during extended periods of high-power cleaning. The intelligent handheld cleaning head features an ergonomic design, adjustable scan width and scanning speeds of up to 40,000mm/s, providing flexibility across a range of cleaning applications.
A smart touchscreen control system allows cleaning parameters to be adjusted during operation, while built-in safety features including interlock protection, emergency stop and automatic monitoring help support safe machine operation.
The LM DPL-6000 can be operated as a handheld cleaning system or integrated with automated equipment, making it suitable for heavy-duty surface preparation, maintenance and cleaning across industries including metal processing, automotive, shipbuilding, aerospace and mould cleaning.
Heavy-Duty Industrial Design
Built for demanding cleaning applications across manufacturing, fabrication and industrial environments.
Smart Touchscreen
Provides straightforward access to machine controls and real-time parameter adjustments.
Adjustable Scan Width
Allows the cleaning area to be matched to the size and requirements of the workpiece.
Non-Contact Cleaning Process
Cleans surfaces without abrasion or chemicals, preserving the integrity of the base material and preventing surface damage.
Water-Cooled Laser System
Provides stable temperature control during extended, high-power operation.
High-Speed Cleaning
Enables significantly faster processing of large workpieces and structures compared with lower-powered systems.
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