Mopa 3-in-1 Backpack Pulse Laser Cleaner

This equipment works with many different materials like stainless steel, aluminum, titanium, ceramics, glass, plastic, and wood. It's used in many industries including electronics, car parts, high-end engraving, metal cleaning, and restoring old artifacts.

Laser Cleaning Applications
The system uses light-based technology to remove dirt and coatings without touching the surface.

General Dirt Removal
It can remove tiny particles like rust, paint, oil, oxide layers, rubber, carbon black, and ink. The laser works by heating up these unwanted materials until they evaporate, leaving the clean surface underneath.

Industrial Metal Cleaning
The cleaner removes rust from steel and oxide films from aluminum parts. It can even clean very thin items like 0.1mm thick spring sheets without damaging them.

Aerospace and Energy Uses
The system removes paint from airplane skin and cleans engine blade coatings before repairs. It can clean hard-to-reach areas like the inside of turbine blade spaces.

Electronics Cleaning
The machine removes tiny particles (bigger than 0.1μm) from computer chip surfaces and cleans lead frames to improve electrical connections. This level of precision is essential for making electronic components work properly.

Molds and Composite Materials
It cleans leftover release agents from rubber molds and removes epoxy resin from carbon fiber materials. These applications help maintain the quality of manufacturing tools and composite parts.

Cultural Artifact Restoration
The technology is gentle enough to restore old items by removing harmful rust from bronze objects, weathering from marble, and even mildew from ancient silk paintings. This careful cleaning helps preserve historical artifacts without causing damage.

Laser Marking Applications
The system creates permanent, precise marks on different surfaces for identification, tracking, and decoration.

Tracking and Identification
It makes two-dimensional codes, identifies tiny electronic parts, and marks medical packaging with special UDI codes. The system also marks VIN codes on car parts for tracking purposes.

Material-Specific Effects
The laser creates different looks depending on the material - black marks on stainless steel and titanium, or bright marks on aluminum by removing the surface layer. This flexibility allows for customized marking on various materials.

Non-Metal Marking
It can create foam marks on plastics like ABS and POM, make tiny cracks in glass, and burn ceramic surfaces. These different techniques work because each material responds differently to laser energy.

Advanced and Medical Uses
The system marks medical implants and creates artwork with raised textures. It's a key technology in aerospace, medical, and semiconductor industries where precision is critical.

Laser Deep Engraving Applications
For jobs that need deep cuts, the system can do heavy-duty carving work.

Molds and Dies
It's used for detailed texture work and cutting exhaust grooves in die steel. The system can also repair stamping dies made from super-hard materials (≥60HRC) and create molds for semiconductor packaging.

Aerospace and Car Parts
Specific uses include cutting oil grooves in titanium airplane parts and creating raised designs on car wheel hubs. These applications require deep, precise cuts that can withstand harsh conditions.

New Energy Applications
The engraver creates deep grooves on battery poles and processes flow paths on hydrogen fuel cell plates. These energy applications are becoming more important as clean energy technology grows.

Electronics Manufacturing
It can cut antenna slots into phone metal frames and create tiny lens arrays on light guide plates. These precise cuts are essential for modern electronic devices to work properly.

Art and Creative Work
The machine can carve deep relief patterns (up to 8mm) in Redwood furniture while keeping the wood grain visible. It can also do three-dimensional hollow carving in jade and other precious materials.

Medical Device Manufacturing
It's capable of cutting grooves in polymer materials used in products like medical catheters. This precision is crucial for medical devices that must meet strict safety standards.