News

Read practical laser machine news and buying guides for fiber and CO2 cutting, marking, welding and cleaning. Compare materials, process limits, configuration, safety, utilities, sample testing and acceptance criteria before requesting a quotation.

2026.05.20

Dual-Head CO2 Laser Cutting Machine for Acrylic Production

For acrylic display, signage and component production, the useful capacity measure is accepted parts per hour after nesting, loading, cutting, unloading and inspection. A second laser head can increase output only when the repeated layo...

READ MORE
2026.05.20

100W vs 130W vs 150W CO2 Laser Cutter Power Guide

Selecting a commercial CO2 laser cutting machine in the 100W, 130W or 150W class starts with the parts you must accept: exact material, routine and peak thickness, edge or engraving criteria, job size, cycle time and daily output. Headl...

READ MORE
2026.05.18

Industrial CO2 Fabric Laser Cutting Line: Factory Guide

An industrial CO2 fabric laser cutting line should be justified by accepted output, changeover demand and integration with the factory’s printing, material handling and quality systems. Machine speed alone does not establish line capaci...

READ MORE
2026.05.18

CO2 Fabric Laser Cutting Machine: Textile Buyer Guide

A CO2 fabric laser cutting machine should be selected from the textile, stock format and accepted part, not from wattage or table size alone. Fiber composition, coatings, print method, stretch, edge requirement, roll behavior and produc...

READ MORE
2026.05.13

Can a CO2 Laser Mark Shiny Metal? CO2 vs Fiber Guide

A CO2 laser can remove or discolor some coatings and can create a bonded mark with a compatible metal-marking compound. On bare, polished or plated metal, however, a standard 10.6 µm CO2 process is often inefficient or inconsistent. For ...

READ MORE
2026.05.11

CO2 Laser Machine Configuration Guide: Power, Bed, Camera and Feed

A CO2 laser machine should be configured from the application backward, not chosen by model name or rated wattage alone. The usable work envelope, material approval, process result, motion system, table, extraction, cooling, controller ...

READ MORE

1
2
3
last

4 pages in total

FC-3015E / FC-6015E Fiber Laser Cutting Machine, 1.5-30 kW

VankCut-6060FL Compact Fiber Laser Cutting Machine

VankCut-1390FL Enclosed Fiber Laser Cutter, 1.5-3 kW

1820 CO2 Laser Fabric Cutter with Auto Feed & Vision

VankCut-1812 Top-Vision Fabric Laser Cutter

VankCut-1612 Dual-Head Fabric Laser Cutter

VankCut-HS RF CO2 Laser Engraver, 30-60 W

VankCut-1490 CO2 Laser Cutter, 1400 × 900 mm

H-1325 Large-Format CO2 Laser Cutting Machine

Enclosed Jewelry Fiber Laser Engraving Machine

Enclosed Fiber Laser Marking Machine, 30-100 W

Portable Fiber Laser Marking Machine, 30-100 W

4-in-1 Handheld Fiber Laser Welding Machine

100-300 W Pulse Fiber Laser Cleaning Machine

Twin-Wire Handheld Fiber Laser Welding Machine

News

2026.05.20

Dual-Head CO2 Laser Cutting Machine for Acrylic Production

For acrylic display, signage and component production, the useful capacity measure is accepted parts per hour after nesting, loading, cutting, unloading and inspection. A second laser head can increase output only when the repeated layo...

2026.05.20

100W vs 130W vs 150W CO2 Laser Cutter Power Guide

Selecting a commercial CO2 laser cutting machine in the 100W, 130W or 150W class starts with the parts you must accept: exact material, routine and peak thickness, edge or engraving criteria, job size, cycle time and daily output. Headl...

2026.05.18

Industrial CO2 Fabric Laser Cutting Line: Factory Guide

An industrial CO2 fabric laser cutting line should be justified by accepted output, changeover demand and integration with the factory’s printing, material handling and quality systems. Machine speed alone does not establish line capaci...

2026.05.18

CO2 Fabric Laser Cutting Machine: Textile Buyer Guide

A CO2 fabric laser cutting machine should be selected from the textile, stock format and accepted part, not from wattage or table size alone. Fiber composition, coatings, print method, stretch, edge requirement, roll behavior and produc...

2026.05.13

Can a CO2 Laser Mark Shiny Metal? CO2 vs Fiber Guide

A CO2 laser can remove or discolor some coatings and can create a bonded mark with a compatible metal-marking compound. On bare, polished or plated metal, however, a standard 10.6 µm CO2 process is often inefficient or inconsistent. For ...

2026.05.11

CO2 Laser Machine Configuration Guide: Power, Bed, Camera and Feed

A CO2 laser machine should be configured from the application backward, not chosen by model name or rated wattage alone. The usable work envelope, material approval, process result, motion system, table, extraction, cooling, controller ...

If you have any questions or would like to request a quote, Please send us a message.