20W-50W Portable Fiber Laser Marking Machine Metal Plastic

Maintenance-Free Air Cooling Design

Our laser marker operates without water chillers or coolant replacement schedules. You run the equipment in 0°C to 40°C environments without external cooling infrastructure. This design reduces operational costs and eliminates periodic maintenance interruptions.

Long Service Life Lowers Ownership Costs

The RAYCUS MAX source provides 100,000 hours of operation before service needs. You benefit from approximately 11 years of single-shift use. Our 24-month warranty protects your investment across major components.

Direct Design File Import

We support AI, DXF, BMP, JPG, and SVG formats through EZCAD software. You load designs from CorelDRAW or AutoCAD without conversion. The controller holds 1000 programs for instant job switching between production orders.

Space-Efficient Bench-Top Configuration

The 81x51x58 cm footprint fits your existing workbench without floor renovations. You integrate the system into current layouts immediately. Protective enclosure contains emissions while permitting visual monitoring.

One-Person Mobility

At 35 kg, you relocate this laser engraver between workstations alone. The rigid frame maintains calibration after movement. This portability suits job shops serving varied clients across different production zones.

Scalable Power Selection

Choose 20W for surface marking, 30W for medium depth, or 50W for 3mm engraving. You match laser output to material thickness and application depth requirements. One platform handles both identification marks and deep part numbering.

Controlled Energy Delivery

Pulsed output prevents heat damage on sensitive materials. You mark electronics and thin metals without warping. The 1064nm wavelength optimizes energy absorption across ferrous and non-ferrous substrates.

Fast Response Manufacturing

We ship single orders in 2 days and multi-unit purchases in 3 days. You receive equipment quickly for urgent production launches. Volume orders get tailored delivery schedules matching your installation timeline.

Application-Specific Customization

Submit your drawings or samples for parameter modifications. We adjust work areas, mounting configurations, and software settings. You receive solutions engineered for specialized marking requirements beyond standard specifications.

Jewelry and Accessories Personalization

We mark rings, bracelets, and wedding bands with custom text, dates, and intricate patterns. The system engraves brand logos on silver and gold jewelry without material removal. You create personalized designs on curved surfaces with 0.001mm precision for luxury items and commemorative pieces.

Beverage and Food Packaging Identification

Our laser engraver marks production dates, batch codes, and promotional text on aluminum cans and metal bottle caps. You apply permanent markings that survive refrigeration, condensation, and distribution handling. The non-contact process maintains packaging integrity without contamination risks for Pepsi, Coca-Cola style containers and energy drink cans.

Industrial Metal Component Traceability

We mark part numbers, serial codes, and specification data on stainless steel flanges, threaded fittings, and valve bodies. You create permanent identification on aluminum housings and cast metal components. The marking withstands chemical exposure, high temperatures, and mechanical abrasion in automotive, aerospace, and machinery applications.

Consumer Electronics Device Marking

Our system engraves logos, model numbers, and compliance symbols on mobile phone rear covers and laptop casings. You mark plastic and metal smartphone components including frames, SIM trays, and battery covers. The shallow marking preserves material strength while meeting regulatory labeling requirements.

Metal Nameplate and Data Plate Production

We produce equipment nameplates with technical specifications, serial numbers, and manufacturer information on stainless steel and aluminum sheets. You create custom metal tags for machinery, electrical panels, and industrial equipment. The laser engraving delivers barcode readability and text clarity for asset tracking and compliance documentation.

Engineering Plastic Component Identification

Our laser marker processes ABS control panels, polycarbonate switch housings, and nylon mechanical parts. You mark keyboard keys, electronic enclosures, and automotive interior trim pieces. The contrast marking on black and white plastics ensures readability without paint fill requirements.

Q1: Can this portable fiber laser marker work on both coated and uncoated metal surfaces?

A1: Yes, our laser engraving system marks anodized aluminum, powder-coated steel, plated brass, and bare metal surfaces effectively. The 1064nm wavelength removes coatings or creates contrast on raw materials. You process painted parts, chrome-finished components, and natural metal without changing settings significantly.

Q2: Does the fiber laser marking machine require compressed air or special ventilation systems?

A2: No external air supply is needed for cooling. The air-cooled design uses internal fans only. You operate in standard workshop environments without installing extraction ducts. Minimal smoke or fumes generate during metal marking, though basic ventilation improves operator comfort during extended production runs.

Q3: How does fiber laser technology compare to CO2 lasers for plastic marking applications?

A3: Fiber lasers excel on engineering plastics like ABS and polycarbonate that absorb 1064nm wavelength efficiently. You achieve higher contrast marks faster than CO2 systems on most thermoplastics. CO2 lasers suit organic materials better, while our fiber technology optimizes metal and hard plastic marking performance.

Q4: Can I integrate this laser engraving equipment into automated production lines with conveyors?

A4: Yes, the system accepts external trigger signals for conveyor synchronization. You connect to PLCs through I/O ports for automated part detection and marking cycles. We customize mounting brackets and adjust working height to match your existing assembly line configuration during ordering process.

Q5: What training do operators need to run this laser marking system effectively?

A5: Basic computer skills suffice for EZCAD software operation. You learn file importing, parameter adjustment, and job execution within 2-4 hours. We provide video tutorials covering common applications like barcode marking, logo engraving, and serial number creation. No programming knowledge is required for standard marking tasks.