Pulsed laser module YLPP/YLPF-R

femtosecondpicosecondfiber

Overview
Infrared ultrafast fiber lasers deliver high average power and pulse energy for industrial processes requiring picosecond and femtosecond pulses. Designed for continuous 24/7 operation, IPG Photonics YLPP / YLPF-R series enable cold processing to minimize thermal damage and maximize throughput across metals, foils and thin films.

Key Performance Highlights

• Wavelength: 1030 nm
• Repetition rate: 50–5500 kHz (family-dependent)
• Average power: up to 200 W (series-dependent)
• Pulse duration: 200 fs–5 ps (model-dependent)
• Pulse energy: up to 200 µJ (high-energy or burst modes)
• Beam quality (typ.): <1.3 M2

Applications

• Precision micromachining
• Fine tube cutting
• Permanent marking and engraving
• Battery foil and electrode cutting
• Thin-film ablation

Family comparison (summary)
Ultrafast Lasers | High Energy Ultrafast Lasers | High Power Ultrafast Lasers
Series: YLPP / YLPF-R | YLPP / YLPF-R | YLPP / YLPF-R
Wavelength: 1030 nm | 1030 nm | 1030 nm
Average power: up to 50 W | up to 100 W | up to 200 W
Pulse energy: up to 50 µJ | up to 200 µJ | Typ. 20 µJ (up to 200 µJ in burst mode)
Pulse duration: 200 fs–5 ps | 600 fs–5 ps | 600 fs–5 ps
Repetition rate: 100–5500 kHz | 100–5500 kHz | 1000–5500 kHz (up to 44 MHz)
Beam quality (typ.): <1.3 M2 | <1.3 M2 | <1.3 M2

Technical specifications

• Brand: IPG Photonics
• Series / models: YLPP / YLPF-R family
• Wavelength: ~1030 nm
• Average power: up to 50 W / 100 W / 200 W (varies by model)
• Pulse energy: up to 50 µJ / up to 200 µJ; typ. 20 µJ (burst up to 200 µJ)
• Pulse duration: typically 200 fs to 5 ps
• Repetition rate: nominal ranges include 50–5500 kHz, 100–5500 kHz or 1000–5500 kHz (special modes up to 44 MHz)
• Beam quality (typ.): <1.3 M2
• Designed for continuous industrial (24/7) operation and cold processing

Notes
Specifications represent standard products; custom configurations and regional availability may vary.