Portable Fiber Laser Cleaner (Advanced - 100W) | Small workshops, on-site maintenance | 100W fiber laser (▲ 50W Base; IEC 60825-1 compliant), handles carbon steel, stainless steel, aluminum, stone. CE certified. Air-cooled. | ▲ Faster rust removal (50% more power than Base), portable design, CE safety certification. | Limited to thinner materials; may struggle with thick metals. |
Portable Fiber Laser Cleaner (Base - 50W) | Hobbyists, small projects | 50W fiber laser (IEC 60825-1 compliant), same material range as Advanced. CE certified. Air-cooled. | Affordable, lightweight, ideal for light-duty tasks. | Slower processing; less power for tough rust or thick materials. |
Industrial Fiber Laser Cleaner | Large factories, heavy-duty | 200W+ fiber laser (ISO 23448 compliant), handles thick metals. Chiller-cooled. CE/UL certified. | ▲ High-power efficiency for heavy-duty tasks, ISO-standard precision. | Bulky design, requires dedicated space, higher upfront cost. |
CO2 Laser Cleaner | Textiles, plastics | 100W CO2 laser (ASTM F2992 compliant), effective on fabrics, plastics, and non-metals. CE certified. | Versatile for non-metal surfaces, ASTM-certified material compatibility. | Less effective on metals; larger footprint than fiber lasers. |
Entry-Level Air-Cooled Model | DIY, occasional use | 30W fiber laser (IEC compliant), basic materials (e.g., thin metals). CE certified. Compact design. | Low cost, easy to store. | Limited to light tasks; no advanced features like adjustable power. |
High-Power Chiller-Cooled System | Heavy industrial | 300W+ fiber laser (ISO 23448), chiller-cooled for sustained use. CE/UL certified. | ▲ Extreme power for rapid processing, ideal for high-volume production. | Expensive, requires cooling infrastructure, not portable. |