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LM DCL-A Series
Continuous Wave Laser Cleaner
The LM DCL-A Series is a high-power continuous-wave laser cleaning machine designed for efficient removal of rust, paint, oil, carbon deposits, oxides and other contaminants from metal and selected non-metal surfaces.
Available in 1500W and 2000W configurations, the DCL-A combines a continuous fibre laser source with a high-speed scanning system and precision control system to deliver fast and controlled surface cleaning. The higher laser power makes it particularly suited to demanding industrial applications where productivity and cleaning speed are important.
The machine features a portable 65kg design with heavy-duty castor wheels, allowing it to be moved around the workshop or production environment as required. A lightweight 1.8kg handheld cleaning head and 10m operating cable provide flexibility when working across large components or difficult-to-reach areas.
Multiple scanning patterns can be selected to suit different cleaning requirements, while the 7-inch display provides convenient access to machine controls and operating parameters. The DCL-A can be used as a handheld cleaning system or incorporated into automated cleaning applications.
With its combination of high laser power, flexible operation and non-contact cleaning, the DCL-A is well suited to heavy-duty industrial cleaning, surface preparation, maintenance and restoration applications.

Continuous Fibre Laser Technology
Delivers consistent laser energy for demanding industrial cleaning applications.

Precision Control System
Provides controlled adjustment of the cleaning process for different applications.

High-Speed Scanning System
Helps maximise cleaning productivity across larger surfaces and components.

Non-Contact Cleaning Process
Cleans surfaces without abrasion or chemicals, preserving the integrity of the base material and preventing surface damage.

Multiple Scanning Patterns
Allows the cleaning pattern to be adapted to different workpieces and contamination types.

Air-Cooled Design
Eliminates the need for a separate water-cooling system, helping reduce overall machine size and weight.
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