GLOphotonics

Our hollow-core fibers are ideal for high energy and high average power ultrafast laser pulse delivery. Features of our high-power beam delivery system:

• maximum energy of sub-picosecond pulses: 500 μJ
• up to 50 W of average power
• chromatic dispersion 1 ps/nm.km (±0.5 ps/nm.km)
• vacuum & gas handling
• pre-aligned system

Our beam delivery systems are used for industrial applications like micro machining and machine tools.

We have the ideal fiber cable for low energy (1 μJ in 100 fs) and low power (up to 5 W) ultrafast laser pulse delivery. It is available with user-friendly plug & play and standard connectors (SMA, FC). The energy transmission is around 90%.

Typical applications are bio-imaging with microscopes and OCT, also spectroscopy and sensing.

PowerLink is the ideal companion for scientists or R & D officers in the fields of lasers, nonlinear optics and gas spectroscopy.

• HCPCF tailored to customer's requests
• fitting for easy gas filling
• ruggedized cable
• cells compatible with common translation stages for easy alignment

Physical properties:

• fiber length : 1-3-5 m
• gas pressure up to 20 bar
• gas/vacuum connection: UNF 10/32
• fiber protection: protective monocoil
• minimum bend radius: 20 cm

Optical properties:

• working wavelength: 500 nm to 3 um
• transmission efficiency: >85%
• output beam quality: M² < 1.3
• maximum input power: 50 W
• maximum energy for sub-picosecond pulses: 500 μJ
• bend loss at 20 cm bend radius: < 1 dB

Hollow core fibers are a unique solution enabling the delivery of ultrashort laser pulses (with femtosecond, picosecond or nanosecond duration) with extremely low attenuation and nearly no temporal and spectral distortion. The hollow core fibers can be used from the UV up to the mid-infrared.

Hollow core fibers are a unique solution enabling the delivery of ultrashort laser pulses (with femtosecond, picosecond or nanosecond duration) with extremely low attenuation and nearly no temporal and spectral distortion. The hollow core fibers can be used from the UV up to the mid-infrared.

GLOphotonics is offering a unique frequency conversion solution based on hollow core photonic crystal fiber: the CombLas technology. This platform enables the generation of light from the UV up to the mid-IR with very high power spectral density. The Comblas can generate a comb of discrete lines or can be tuned to generate a single specific wavelength.

Hollow core photonic crystal fibers are a unique solution for the delivery of ultrashort laser pulses (with femtosecond, picosecond or nanosecond duration) with extremely low attenuation and nearly no temporal and spectral distortion. The hollow core fibers can be used from the UV up to the mid-infrared.

The Fastlas allows for the compression of ultrashort laser pulses down to the few-cycle regime. It is based on our hollow core fiber technology. It works input pulses with durations from 30 fs to 1 ps, energies from nanojoules to millijoules, and in wide spectral regions from the UV to the IR. It can be used as a compact stand-alone table top solution or fully integrated into other devices.

Hollow core fibers are a unique solution enabling the delivery of ultrashort laser pulses (with femtosecond, picosecond or nanosecond duration) with extremely low attenuation and nearly no temporal and spectral distortion. The hollow core fibers can be used from the UV up to the mid-infrared.

GLOphotonics is offering a unique frequency conversion solution based on hollow core photonic crystal fiber: the CombLas technology. This platform enables the generation of light from the UV up to the mid-IR with very high power spectral density. The Comblas can generate a comb of discrete lines or can be tuned to generate a single specific wavelength.