Cooling System | Industrial, high-volume production | Industry Standard: Air-cooled (max 25W, ISO 20400) Our Base: Water-cooled (50W ▲, 40% less thermal drift) Our Advanced: Enhanced water-cooled (75W ▲▲, 60% drift reduction) | ▲ Base: Doubles power tolerance vs industry; ▲▲ Advanced: 3x faster heat dissipation | Higher upfront cost; requires regular coolant maintenance |
Cutting Thickness | Thick materials (metal, stone, rubber) | Industry Standard: Up to 8mm (ASTM F1232) Our Base: 0–10mm ▲ (ISO 3280) Our Advanced: 0–15mm ▲▲ (ISO 3281) | ▲ Base: Handles industrial-grade materials; ▲▲ Advanced: Cuts 88% thicker stone | Precision drops at max thickness; may require slower speeds for stability |
Supported File Formats | Complex design projects | Industry Standard: DXF, PLT (basic vector) Our Base: DXF/LAS/PLT/AI/ DXP ▲ (supports Adobe Illustrator) Our Advanced: +SVG/PDF ▲▲ (ISO 19884) | ▲ Base: 50% more design flexibility; ▲▲ Advanced: Full compatibility with CAD software | Requires software for advanced formats (e.g., PDF) |
Laser Source | Precision cutting on diverse materials | Industry Standard: Generic CO₂ (30W) Our Base: EFR CO₂ 50W ▲ (IEC 60825-1) Our Advanced: High-power EFR CO₂ 70W ▲▲ | ▲ Base: 67% faster engraving; ▲▲ Advanced: 3x finer detail on reflective surfaces | Higher energy consumption; advanced models may need专业校准 |
Material Compatibility | Jewelry, signage, prototyping | Industry Standard: Wood, acrylic, plastic Our Base: +Metal/Rubber/Glass/Stone ▲ Our Advanced: +Thick stone/composite ▲▲ | ▲ Base: Cuts 4x more material types; ▲▲ Advanced: Handles aerospace-grade alloys | Some materials (e.g., thick stone) require pre-treatment |
Power Output | High-speed production runs | Industry Standard: 30W (IEC 60825-1) Our Base: 50W ▲ (50% faster cuts) Our Advanced: 70W ▲▲ (ISO 10110) | ▲ Base: 2x faster engraving on wood; ▲▲ Advanced: 3x faster metal cutting | Advanced models generate more heat; requires robust cooling |