| 1 | Enclosed CO₂ Cutter, 40 W | Sealed CO₂ tube, 40 W | Approx. 400 × 300 mm | Wood, acrylic, cardboard, leather, rubber, some fabrics | Up to about 6 mm plywood in multiple passes; varies by material | Fully enclosed Class 1-style design, viewing window, lid interlock, emergency stop, water-temperature monitoring | Dedicated exhaust duct and filtration or external exhaust; never operate without fume extraction | Clean optics weekly, inspect mirrors, check water cooling, clean bed, lubricate rails monthly | $2,500–$6,000 | Signage, personalized gifts, small-batch acrylic and wood products |
| 2 | Enclosed Diode Cutter, 20 W Optical Output | Blue diode module, approximately 20 W optical output | Approx. 400 × 400 mm | Wood, paper, leather, cardboard, opaque acrylic with suitable settings | Up to about 8–10 mm soft plywood with slow, multi-pass cutting | Enclosure, lid sensor, emergency stop, air assist, flame detection on some configurations | Strong local exhaust with particulate and odor filtration; airflow must not be blocked | Clean lens and honeycomb bed frequently, remove residue, inspect air-assist tubing | $1,000–$3,500 | Low-cost prototyping, craft products, custom packaging and engraving |
| 3 | Desktop CO₂ Cutter, 50 W | Sealed CO₂ tube, 50 W | Approx. 500 × 300 mm | Acrylic, wood, leather, paper, textiles and coated non-metal materials | Up to about 8–10 mm plywood or acrylic, depending on speed and material quality | Enclosed cabinet, interlocked lid, emergency stop, water-flow or temperature protection | External exhaust is normally required; use fire-resistant ducting where appropriate | Optical alignment checks, lens and mirror cleaning, coolant inspection, rail lubrication | $3,500–$8,000 | Higher-volume engraving and cutting with a moderate footprint |
| 4 | Compact Diode Engraver, 10 W Optical Output | Blue diode module, approximately 10 W optical output | Approx. 400 × 400 mm | Wood, leather, paper, cardboard and dark opaque surfaces | Up to about 5–6 mm soft plywood with multiple passes | Open-frame or optional enclosure; protective eyewear alone is not a substitute for enclosure controls | Local extraction strongly recommended, especially for wood, leather and painted surfaces | Clean lens and work surface after each production batch; check belts and air assist weekly | $500–$1,800 | Engraved merchandise, educational products and low-volume custom orders |
| 5 | Compact CO₂ Cutter, 60 W | Sealed CO₂ tube, 60 W | Approx. 600 × 400 mm | Acrylic, wood, leather, rubber, paper and selected textiles | Up to about 10–12 mm acrylic or plywood in suitable conditions | Enclosed cabinet, lid interlock, emergency stop, water cooling and air assist | Dedicated exhaust system with adequate airflow; carbon filtration may reduce odor but does not remove all hazards | Clean optics weekly, verify beam alignment, inspect coolant and replace it according to the manual | $5,000–$11,000 | Custom décor, retail displays, event products and repeat production runs |
| 6 | Compact Fiber Marker, 20 W | Pulsed fiber laser, 20 W | Approx. 110 × 110 mm marking field | Stainless steel, aluminum, brass, coated metals and some plastics | Primarily marking and light engraving; not intended for general sheet cutting | Enclosed marking chamber, interlocked door and viewing window required for safer operation | Fume extraction with suitable particulate filtration for metal and coating residues | Keep lens window clean, inspect extraction filters, maintain focus and software settings | $4,000–$12,000 | Metal tags, tools, awards, jewelry and serialized components |
| 7 | Compact CO₂ Engraver, 30 W | Sealed CO₂ tube, 30 W | Approx. 300 × 200 mm | Wood, acrylic, glass coating, leather, paper and cork | Light cutting of thin wood, paper and acrylic; optimized for engraving | Enclosed body, lid interlock, emergency stop and water-cooling protection | External exhaust or certified filtration unit required for routine production | Clean lens and mirrors, inspect cooling loop, remove debris and lubricate moving parts | $2,000–$5,000 | Personalized gifts, glassware decoration and small premium product lines |
| 8 | Enclosed Diode Cutter, 5 W Optical Output | Blue diode module, approximately 5 W optical output | Approx. 400 × 400 mm | Wood, paper, leather, cardboard and dark coated materials | Up to about 3–4 mm soft plywood with slow, multiple passes | Preferably enclosed with lid switch, emergency stop, flame monitoring and visible status indicator | Local fume extraction recommended; avoid indoor operation without controlled ventilation | Clean lens and bed, inspect belts, remove smoke residue and verify focus regularly | $300–$1,000 | Entry-level engraving, prototypes and low-risk product testing |
| 9 | Compact UV Marker, 5 W | Ultraviolet solid-state laser, approximately 5 W | Approx. 100 × 100 mm marking field | Plastics, coated metals, glass, ceramics and selected electronic components | Fine surface marking rather than structural cutting | Fully enclosed Class 1-style cabinet, interlocked access door and viewing window | Extraction is recommended for plastics, coatings and materials that release fumes | Keep the focusing lens window clean, inspect extraction filters and verify calibration | $8,000–$20,000 | High-detail branding, small electronics, medical accessories and premium packaging |
| 10 | Compact CO₂ Cutter, 80 W | Sealed CO₂ tube, 80 W | Approx. 700 × 500 mm | Acrylic, wood, leather, rubber, paper and textiles | Up to about 12–15 mm acrylic or plywood, depending on material and process settings | Enclosed cabinet, interlocked lid, emergency stop, water cooling, air assist and fire-response provisions | High-capacity exhaust system or engineered filtration is required | Frequent optics cleaning, beam-alignment checks, coolant maintenance, rail lubrication and bed cleaning | $7,000–$15,000 | Small-batch manufacturing where greater thickness and throughput are important |