Power Output | Industrial engraving on metals, high-volume production | Industry Standard: 20-30W Diode Laser (IEC 60825-1 Class 3R) Our Base: 20W Our Advanced: 60W ▲▲▲ (IEC 60825-1 Class 4) | Advanced model handles thick metals and plastics with precision. Base model cost-effective for small workshops. | Advanced requires safety certifications and larger workspace. |
Cooling System | Continuous operation in workshops | Industry Standard: Air-cooled (45°C max temp) Our Base: Air-Cooled System (40°C Max ▲) Our Advanced: Enhanced Air Cooling (35°C Max ▲▲) | Reduces thermal drift for consistent engraving. Lower noise (43 dBA ▲▲▲). | Advanced cooling adds upfront cost. |
Supported Materials | Customized engraving for diverse industries | Industry Standard: Wood/Plastic Our Base: +Leather/Rubber ▲ Our Advanced: All 8 Materials ▲▲▲ (ASTM D638 Compliance) | Versatility for jewelry, automotive, and signage industries. Direct compatibility with safety-certified materials. | Requires material-specific calibration for optimal results. |
Laser Type | Precision engraving on non-metallic surfaces | Industry Standard: Diode or CO₂ Our Base/Advanced: Diode (Wavelength 980nm ▲) | Compact design and lower power consumption vs CO₂ lasers. Cost-effective for small businesses. | Less effective on reflective metals (e.g., polished stainless steel). |
Configuration (Gantry) | Large workpiece engraving (e.g., signage) | Industry Standard: Frame/Gantry Our: Gantry ▲ (±0.02mm Accuracy ISO 230-2) | High repeatability for large-scale projects (e.g., 1m² panels). Stable for heavy-duty use. | Larger footprint compared to desktop models. |
Graphic Formats | CAD/CAM integration for complex designs | Industry Standard: BMP/JPG Our: DXF ▲ (Supports CAD Designs ▲) | Direct import of vector files for intricate patterns. Reduces design-to-output time. | Requires vector graphics (not raster images). |