Coaxial Camera + WLC
Optional through-the-lens coaxial camera uses a dichroic mirror and 196-image WLC stitching for about 10x higher effective resolution than a standard overview camera. It shows exactly what the laser sees.
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Muse Desktop CO2 Lasers
⊳ Great for Acrylic, Fabric, Leather, Paper and Wood
⊳ Ranges in power from 45W up to 150W
⊳ Work area sizes:
⊳ 20x12 Inches
⊳ 48x24 Inches
⊳ Not ideal for uncoated metals
P-Series High Volume CO2 Lasers
⊳ Great for Acrylic, Fabric, Leather, Paper, and Wood
⊳ Best for large orders and mass production
⊳ Ranges in power from 45W up to 150W
⊳ Work area sizes:
⊳ 20x12 Inches
⊳ 24x16 Inches
⊳ 36x24 Inches
⊳ 48x36 Inches
⊳ Not ideal for uncoated metals
Open Fiber Galvo Lasers
⊳ Great for Marking and Engraving Copper, Brass, Titanium, Stone, Tile, Polyester, and more
⊳ High detail engraving on metal and polycarbonate
⊳ Marking and Engraving ONLY, not ideal for cutting
UV Galvo Lasers
⊳ Fast and Precise marking on almost anything
⊳ Works great on Glass, Ruber, Plastic, Paper, and much more
⊳ Marking ONLY, not ideal for cutting or engraving
Featured systems
Modern laser platforms need more than wattage. FSL pairs motion control, vision, and workflow software into a single operating model that scales from prototyping to production.
Traveling galvo meets EtherCAT servo control for a seamless field of view with no stitch lines.
Explore platform →Platform
Three technologies that are typically separate subsystems, fully integrated into one closed-loop platform.
Optional through-the-lens coaxial camera uses a dichroic mirror and 196-image WLC stitching for about 10x higher effective resolution than a standard overview camera. It shows exactly what the laser sees.
Industrial servo network with microsecond cycle times. 6-axis synchronized control for continuous, stitch-free processing.
Source-agnostic platform. UV, green, picosecond, femtosecond, fiber, and CO2. Continuous firing with zero idle time.