Fiber laser marking machine TH-FLMS series

MOPA laserpaperplastic

Product overview
The TH-FLMS series laser marking machines deliver permanent markings on plastic buttons, electronic devices, chips, colored paper and packaging. Available models include fiber laser versions (TH-FLMS20/30/50/100/200) and MOPA variants (TH-FLMSMP20/MP30/MP60), all operating at 1064 nm with air cooling for inline or standalone integration.

Features

• Fiber lasers from IPG, SPI, Raycus (and equivalents) with reflection-isolation protection and high peak output; mean trouble-free operation ~100,000 hours.
• Compact footprint and design suited for on-line marking; easy to integrate into production lines with high working frequency to increase throughput.
• Full computer control and intuitive interface; compatible with common design software for pattern import and flexible job setup.
• Single-mode output and fine spot for high-resolution marking and narrow line widths.

Technical specifications

• Wavelength: 1064 nm
• Laser types: Fiber laser (standard models TH-FLMS20/30/50/100/200); MOPA laser (TH-FLMSMP20/MP30/MP60)
• Available power: 20W, 30W, 50W, 100W, 200W (MP variants: 20W/30W/50W)
• Cooling: Air cooled
• Marking area: 100 x 100 mm (optional)
• Repeatability: ±0.003 mm
• Minimum line width: 0.045 mm
• Single point energy: 1.5 mJ
• Beam quality (M²): ≤1.2 (standard fiber), ≤1.3 (some MP variants), ≤1.5 (MP60)
• Pulse width: 100 ns (fiber models); 2–350 ns (MOPA models)
• Pulse repetition frequency: 20–200 kHz (fiber models); 1–4000 kHz (MOPA models)
• Engraving speed: up to 7000 mm/s
• Protection rating: IP54

Typical applications & samples

• Marking of plastic buttons, control panels and housings
• Direct marking on electronic devices and semiconductor chips
• Laser coding on colored paper, labels and food packaging
• Fine-depth and high-definition marking for watches, molds and bitmap engraving
• Surface modification such as oxygen break on aluminum-magnesium alloys

Ordering & options

• Standard and MOPA laser options to match material and application requirements
• Optional marking areas, lenses and galvanometer configurations for larger or higher-precision jobs
• Inline integration kits and custom fixtures available for production lines
• Provide application samples for configuration and testing prior to ordering