Portable Fiber Laser Marking Machine
The unit is lightweight and typically powered by a lithium-ion battery, eliminating the need for an external power source. You can take it anywhere—whether at home or in an outdoor parking lot—and use it whenever you need to.
With a power output of just 20W, its main advantages lie in its portability, safety, ease of use, and suitability for specific scenarios. The process requires no chemical cleaning agents, eliminating the generation and disposal of chemical waste. It causes no
environmental pollution and poses no health risks to users.
It is very lightweight and can be easily carried with one hand, making it effortless to move around.
The multifunctional 2-in-1 cleaning and marking laser machine “integrates these two functions into a single device. Users can switch between processing modes via the software to first complete the cleaning process and then perform marking using the same machine.
Laser Cleaning: A high-energy laser beam is directed at the workpiece surface to instantly vaporize or remove contaminants—such as rust, paint, oil stains, and coatings—without damaging the base material. This can be viewed as a “subtractive” process.
Laser Marking: Uses a laser to leave marks on the workpiece surface, such as logos, serial numbers, QR codes, dates, and more. This can be viewed as “surface finishing” or “photolithography.”
Multifunctional machine that saves costs and space: Eliminates the need to purchase two separate devices, reducing procurement costs, floor space, and maintenance expenses.
Improves production efficiency: Integrating the cleaning and marking processes into a single workstation reduces the time required to transport and reposition workpieces between different machines, significantly increasing production throughput.
Easy to operate: A unified software platform allows operators to master both processes by learning just one system.
High flexibility: Particularly well-suited for processes that require cleaning before marking. For example:
Cleaning a specific area on rusted or coated metal to create a clean surface, then marking that specific area.
Removing old markings from reworked parts before applying new markings.
Product Specifications Table | 20W |
Laser Type | Fiber Laser Generator |
Laser Power | 20W |
Laser Wavelength | 1064 nm |
Maximum Pulse Energy | 0.7 mJ–1.1 mJ |
Laser Adjustment Range | 0–1,000 kHz |
Laser Lifespan | 100,000 hours |
Marking Method | High-precision two-dimensional scanning |
Marking Speed | 10–7,000 mm/s |
User Interface | 7-inch touchscreen |
Marking Line Types | Raster and vector capabilities in one |
Marking Range | 100 mm × 100 mm (standard) |
Positioning Method | Red light positioning |
Interface Language, Input Method | Simplified Chinese, Traditional Chinese, English, Korean, |
Supported Marking Types | Text, QR codes, geometric shapes, vector graphics, |
Supported Import Formats | Bitmap files: PNG, JPG, BMP; vector graphics: DXF, PLT, SVG; files |
Barcodes/QR Codes | 1D Barcodes: EAN, UPC, PDF417, and various other barcode formats |
Supported Marking Materials | Iron, aluminum, and copper; stainless steel; PVC, PP, PB, ABS, and other high-molecular-weight plastics; epoxy resin; rubber; leather; painted wood; coated cardboard and glossy corrugated cardboard; photovoltaic panels; circuit boards; etc. |
Cooling System | Built-in air cooling |
Power Supply Voltage | 90 V–240 V |
Maximum Power Consumption | 120 W |
Housing Material | Aluminum |
Net Weight | Net weight: 6.96 kg (lithium-ion battery model), 6.03 kg (mains-powered model) |
Operating Temperature Range | 0–40 °C |
Ambient Relative Humidity | 30–85% RH (non-condensing) |
Dimensions | 290 × 110 × 216 mm |
Handpiece Specifications | 260 × 65 × 71 mm |
