Photonics Industries RGLX and RX HE

High-energy picosecond lasers for precision industrial processing 

  • Pulse energies up to 4 mJ at 1064 nm
  • All-in-one design eliminates separate utility modules
  • Flex-Pulse suite for total pulse and energy control
  • Specifications optimised for 1 kHz (RGLX) or 100 kHz (RX HE)
  • Perfect TEM00 beam quality with M2 under 1.3
  • Advanced Digi-Burst mode for complex custom pulse trains

Photonics Industries’ high-energy picosecond lasers, the RGLX and RX HE, represent a pioneering advancement in ultrafast technology. These systems offer a unique combination of high pulse energies, up to 4 mJ in the IR, and exceptional repetition rates for both scientific research and industrial integration. With over 15 years of expertise and thousands of units shipped worldwide, these lasers provide the performance and durability required for demanding applications. 

The innovative all-in-one (AIO) design is a hallmark of the RGLX series, offering a robust form factor that requires no separate controller. This compact footprint simplifies system integration, making it an ideal choice for micro-processing and meso-scale material processing environments. Reliability is further enhanced by a simple, long-life design that ensures stable, steady-state operation for long-term industrial projects. 

For users requiring extreme precision, the Flex-Pulse™ Suite provides total control over pulse timing and energy. Features such as Pulse-On-Demand (POD) and Position Synchronised Output (PSO) allow pulses to be synced with motion systems, effectively eliminating thermal damage during complex processing. Additionally, Digi-Burst™ technology enables individually controllable bursts of up to 20 pulses, which significantly enhances ablation rates and micro-processing efficiency. 

These versatile lasers excel across a wide spectrum of fields, from Satellite Laser Ranging (SLR) and observatory systems to semiconductor processing. Their ultra-short pulse widths, reaching as low as 10 ps, make them perfect for thin film removal, medical device manufacturing, and micromachining transparent materials. With a wide range of wavelengths including 1064 nm, 532 nm, and 355 nm, these lasers meet the evolving requirements of picosecond applications. 

Please contact us to find out how our high energy picosecond lasers can be applied to your specific needs. 

Lasers

Model Wavelength Power Pulse Energy Pulsewidth
RX-1064-100-HE 1064 nm 100 W at 100 kHz 1 mJ at 100 kHz 10 ps
RX-1064-85-HE 85 W at 100 kHz 850 µJ at 100 kHz
RX-1064-60-HE 60 W at 100 kHz 650 µJ at 100 kHz
RX-1064-25-HE 25 W at 100 kHz 250 µJ at 100 kHz
RX-532-60-HE 532 nm 60 W at 100 kHz 600 µJ at 100 kHz
RX-532-50-HE 50 W at 100 kHz 500 µJ at 100 kHz
RX-532-40-HE 40 W at 100 kHz 400 µJ at 100 kHz
RX-532-20-HE 20 W at 100 kHz 200 µJ at 100 kHz
RGLX-1064-4 1064 nm 4 W at 1 kHz 4 mJ at 1 kHz 30 ps
RGLX-1064-2 2 W at 1 kHz 2 mJ at 1 kHz
RGLX-532-2.5 532 nm 2.5 W at 1 kHz 2.5 mJ at 1 kHz
RGLX-532-1.5 1.5 W at 1 kHz 1.5 mJ at 1 kHz
RGLX-355-2 355 nm 2 W at 1 kHz 2 mJ at 1 kHz
RGLX-355-0.7 0.7 W at 1 kHz 0.7 mJ at 1 kHz

Satellite Laser Ranging (SLR) 

Semiconductor Processing 

Thin Film Removal 

Micromachining 

Medical Device Manufacturing 

Transparent Material Processing