When spectral bandwidth or coherence length matter, the SLM Series might be the perfect choice. The high peak power of pulsed ns-lasers allows efficient frequency conversion even to the deep UV. Together with single frequency emission, this paves new ground for unparalleled opportunities. APPLICATIONS SLM Series LIDAR Raman spectroscopy Interferometry Lithography Fiber bragg grating (FBG) production Spectrometer calibration Metrology Holography SLM 213 Wavelength 213 nm Spectral bandwidth < 80 MHz Average power > 100 mW Pulse duration 6-8 ns Energy per pulse 10 µJ Repetition rate 1 -15 kHz M² < 1.6 Coherence length 1.5 m Pulse to pulse stab. σ < 2.5 % SLM 266 Wavelength 266 nm Spectral bandwidth < 80 MHz Average power 500 mW Pulse duration 8 -10 ns Energy per pulse 50 µJ Repetition rate 1 – 20 kHz M² < 1.7 Coherence length > 1.8 m Pulse to pulse stab. σ < 2.0 % SLM 355 Wavelength 355 nm Spectral bandwidth < 60 MHz Average power 2 W Pulse duration 10 – 12 ns Energy per pulse 200 µJ Repetition rate 1 -15 kHz M² < 1.5 Coherence length > 2.5 m Pulse to pulse stab. σ < 2.0 % SLM 532 Wavelength 532 nm Spectral bandwidth < 60 MHz Average power 4 W Pulse duration 10 – 15 ns Energy per pulse 400 µJ Repetition rate 1 -15 kHz M² < 1.2 Coherence length 2.5 m Pulse to pulse stab. σ < 1.0 % SLM 1064 Wavelength 1064 nm Spectral bandwidth < 40 MHz Average power 10 W Pulse duration 15 – 25 ns Energy per pulse 1 mJ Repetition rate 1 -15 kHz M² < 1.2 Coherence length 3.8 m Pulse to pulse stab. σ < 0.4 % DOWNLOADS SLM SERIES SLM 213 Datasheet SLM 226 Datasheet SLM 355 Datasheet
