Laser LC-MBP-100-A
Portable Laser Cleaner
300 W Pulsed Fiber

Laser LC-MBP-100A - 300 W Portable Pulsed Fiber Laser Cleaner

LC-MBP-100-A portable pulsed fiber laser cleaner for laser stripping, removal of oxides, paints, and industrial contaminants.

JPT source at 1064 nm with selectable powers 100/200/300W, 1.5 mJ pulse energy, digital control, and Wi-Fi management.

FUNCTIONAL SPECIFICATIONS

JPT 1064 nm Laser Source

System based on JPT pulsed fiber laser, 1064 nm wavelength, 1.5 mJ pulse energy. Ensures beam stability and repeatability of the industrial laser cleaning process.

Backpack MBP Architecture

Compact and portable structure, designed for mobile use in industrial environments.

Digital Control and Wi-Fi

Interface with integrated screen and Wi-Fi control for managing operating parameters, selecting modes, and real-time monitoring of the cleaning process.

Integrated Safety System

Equipped with safety interlock, temperature alarm, and continuous thermal control. Operator protection and automatic management of operating conditions.

Laser Head and Working Patterns

Dual-axis laser head with F=254 mm focal lens. Support for 10 configurable laser cleaning patterns for different surfaces and contamination levels.

1. Laser beam
2. Material substrate
3. Original surface
4. Oxidized layer
5. Corrosion layer

What is Laser Cleaning?

Laser Cleaning is an innovative and ecological technology designed for degreasing, paint stripping, and deoxidizing surfaces quickly, effectively, and completely dry.

How it works:

• Targeted and Selective Action: The machine projects a concentrated laser beam onto the surface. The light energy is absorbed only by the dirt layer (such as rust, paint, scale, or soot), causing it to evaporate immediately.
• No Damage to Base Material: The underlying material (metals, stone, wood, or composites) reflects the light or remains below the damaging heat threshold. The original surface is thus perfectly cleaned, without scratches, wear, or geometric alterations.
• Contactless Technology: Since there is no mechanical friction or use of abrasive particles (as in sandblasting), the process is completely non-invasive.
• 100% Ecological: The system operates without the use of water, acids, or chemical solvents. This eliminates the production of sludge or toxic residues, drastically reducing operating and disposal costs.

Pulsed Light Technology (MOPA)

• High Intensity Pulses: Delivers energy in the form of very short pulse trains (in the nanosecond range) with extremely high instantaneous peak power.
• Photomechanical Interaction: Pulverizes the contaminant using the light's shockwave; the pulse's speed prevents heat transfer to the substrate.
• Working Target: Specifically for high-precision operations and for treating surfaces that are delicate or sensitive to thermal shock. Ideal for conservative restoration of cultural heritage, precision industrial molds, thin car bodies, wood, and composite materials.

How to choose the energy level based on mJ

Laser energy determines the spatial distribution profile: low energies produce concentrated Gaussian distributions with high peak intensity, while high energies generate TopHat profiles with reduced intensity and a wider footprint.

• 2-5 mJ: maximum aggressiveness on refractory contaminants, high risk of substrate damage
• 15 mJ: hybrid profile, good compromise between effectiveness and control
• 50-100 mJ: uniform distribution, minimizes substrate interaction, reduced aggressiveness

Materials Treatable with Laser Cleaning

• Aluminum and composite alloys
• Plaster and natural stone
• Wood
• Brass and gold
• Polymers and rubber
• Copper and iron
• Travertine and granite
• Ceramics and glass
• Composites and fiberglass
• Terracotta and marble

Application Fields

• Automotive and aerospace
• Conservative restoration and cultural heritage
• Industrial maintenance and molds
• Naval and maritime
• Building and construction
• Welding and heat treatments
• Tire cleaning and restoration
• Energy and oil & gas
• Electronics and microelectronics
• Woodworking and furniture

FEATURES

• Pulsed fiber laser cleaner up to 300 W
• Compact and portable configuration
• JPT 1064 nm source
• Selectable powers 100W / 200W / 300W
• 1.5 mJ pulse energy
• 10 configurable cleaning patterns
• Dual-axis laser head
• F254 mm lens
• 230V power supply + lithium battery
• 2 kW absorption
• Digital control with integrated Wi-Fi
• Air cooling system
• Safety interlock and temperature alarm
• Connections for industrial automation