Lasea LS-Lab

The Lasea LS-Lab brings high-end micromachining capability into a compact, open-architecture workstation designed for process development and laser research. Three configurations are available to suit different space, travel range, and budget requirements:

LS-Lab Access — entry-level open workstation

• Dimensions: 600 × 1000 × 700 mm |  Weight: 200 kg  |  Manual axes: 50×50×20 mm

LS-Lab Flex — motorised axes, mid-size

• Dimensions: 600 × 700 × 1056 mm |  Weight: 400 kg  |  Motorised axes: 160×160×300 mm

LS-Lab Max — largest travel range

• Dimensions: 900 × 1100 × 1100 mm |  Weight: 700 kg  |  Motorised axes: 300×300×300 mm

All configurations share the same standard laser configuration and software, and processes developed on the LS-Lab transfer directly to LASEA’s production platforms (Quartz, LS4), protecting development investment.

STANDARD CONFIGURATION

• Laser type: femtosecond, 5–100 W
• Wavelength: 515/1030 nm or 343 nm
• Modules: LS-Shape, LS-View, LS-Scan
• Software: KYLA basic
• Power supply: 100–240 VAC, 16 A max

OPTIONS

• Spot size adjustment
• Polarisation control
• 0° taper (LS-Precess module)
• Optical Z axis
• Synchronised motion 1D or 2D
• Fume extractor

• Three configurations: Access (manual axes), Flex (motorised), Max (largest travel range)
• Femtosecond laser source: 5–100 W, wavelength 515/1030 nm or 343 nm
• Standard modules: LS-Shape, LS-View, LS-Scan — pre-assembled and pre-aligned
• KYLA software for full beam path and motion parameter control
• Modular and upgradeable — compose and expand to match your requirements
• Direct process transfer to LASEA production platforms (Quartz, LS4)
• Options: 0° taper, polarisation control, optical Z axis, synchronised motion, fume extraction
• Open architecture for easy beam path access and integration

• Laser Process Development
  • Develop and optimise laser micromachining parameters for new materials — cutting, drilling, texturing, marking, engraving, thin-film removal, and two-photon polymerisation — with direct transfer to LASEA production machines.
• Material Feasibility Testing
  • Test laser-material interaction and establish process windows before committing to production investment.
• Academic Laser Research
  • Open architecture and modular design supports academic groups studying laser-matter interaction, surface physics, and biophotonics.
• OEM & System Integrator Process Development
  • Develop laser processes in a controlled environment and transfer parameters directly to LASEA production platforms for scale-up.
• Training & Demonstration
  • Pre-assembled and aligned configurations provide an immediately usable platform for operator training and customer demonstrations.