Precision Cutting for Fine Components.
Thin mesh, slitting and fine-feature cutting for electronics and precision parts with the single-mode RAITO FL-1000 — M² < 1.3 beam quality.
The challenge
Electronics and precision manufacturing need narrow kerfs, minimal heat-affected zones and clean edges on thin material — shields, meshes, contacts and housings.
That is a beam-quality problem more than a power problem: a tightly focused, stable beam matters more than raw kilowatts.
The RAITO fit
The FL-1000 is RAITO's single-mode source, specified for thin mesh and slitting. Its M² < 1.3 beam quality focuses to a small, consistent spot for fine features, delivered through a standard QBH connector at 1080 ± 5 nm.
Why it works
THE RIGHT SOURCE FOR THE JOB.
- 01Single-mode beamM² < 1.3 gives a small, high-intensity spot for narrow kerfs and crisp edges on thin material.
- 02Fine control10–100% output range with 5 kHz modulation lets the process run gently on delicate parts.
- 03Standard integrationQBH output connector fits common cutting heads and precision workstations.
Published specifications
RAITO FL-1000 — as listed on raitolaser.com
- Applications
- Thin Mesh, Slitting
- Beam Quality
- M² < 1.3
- Center Wavelength
- 1080 ± 5 nm
- Output Connector
- QBH
- Output power range
- 10–100%
- Power stability
- ± 1.5%
More case studies
- AutomotiveHigh-Throughput Sheet-Metal Cutting.Cutting body panels, brackets and chassis parts at production pace with the RAITO FL-6000 — 25 mm+ mild steel and EtherCAT integration.Read case study
- Heavy EngineeringThick Plate and Structural Fabrication.Cutting and welding heavy sections for fabrication shops with the RAITO FL-6000 — high-power CW output built for demanding duty cycles.Read case study