Beam Delivery / Products

The beam delivery products cover a large parameter space in laser average power, pulse energy and wavelength.

GLO hollow-core fiber technology for the ultra-fast laser and high power laser.

Beam delivery product family brings the exceptional hollow-core fiber technology performance in laser energy and power handling and in dispersion management to the widest range of applications and requirements.

Each product of this family is tailored to a well-defined and specific set of requirements and applications:

  • From R&D to industrial environment,
  • From stand-alone to bespoke integration.
Patchcord cable
BDS TIFF
Hollow-core PATCHCORD

Hollow-core PATCHCORD

For ultrashort low energy pulse at most common wavelengths. Friendly and standard connectors.

Beam Delivery Patchcord

Beam Delivery Patchcord (BDP)

For ultra-fast lasers / Easy system integration

Beam Delivery Cable

Beam Delivery Cable (BDC)

Compatible with industrial standard

Beam Delivery System HP

Beam Delivery System HP (BDS-HP)

For high power ultra-fast lasers at most common wavelengths

Beam Delivery System HP-STB

Beam Delivery System HP-STB (BDS-HP-STB)

For high power ultra-fast lasers at most common wavelengths / Active pointing stabilization

Beam Delivery System HP-STB

Beam Delivery System with active pointing stabilization & high PER output (BDS-HP-STB-PM)

For high power ultra-fast lasers and polarization sensitive application

PATCHCORD

For ultra-short low energy pulse at most common wavelengths.

Friendly and standard connectors.

Patchcord cable

Specifications

Features

  • Available for all GLO’s catalogue Fibers from UV to mid-IR
  • Ultra-short pulse lasers
  • Low loss – Low pulse distortion
  • Standard Mechanical connection

Options

  • End-capping
  • Post-processed termination
  • Cell termination for gas handling
  • Water cooling

Applications

  • Micromachining
  • Bio-imaging
  • Biomedical
  • Surgery
  • Microscopy
  • OCT
  • Spectroscopy
  • Non-linear Imaging
  • Sensing

Beam Delivery Patchcord – BDP

For Ultra-fast lasers / Easy system integration

BDP Cable

Specifications

Features

  • Plug/Unplug design
  • Ultra-short pulse lasers – High peak power
  • Low loss – Low pulse distortion
  • High beam quality

Applications

  • Micromachining
  • Surgery
  • Biomedical

Beam Delivery Cable – BDC

Bringing GLO Hollow-Core fiber technology to laser material processing and industrial world standards.

BDP Cable

Specifications

Features

  • Ultra-short pulse lasers – High peak power
  • Low loss – Low pulse distortion
  • High beam quality

Applications

  • Micromachining
  • Surgery
  • Automative
  • Machine tools
  • High power lasers

Beam Delivery System for high power – BDS-HP

For high power ultra-fast lasers at most common wavelengths

BDP Cable

Specifications

Features

  • Available in different wavelengths 532nm, 800nm, 1064nm, 1.5µm, 2µm
  • Ultra-short pulse lasers – High peak power
  • Low loss – Low pulse distortion
  • Nearly single mode

Applications

  • Micromachining
  • Surgery
  • Biomedical

Beam Delivery System with active pointing stabilization -BDS-HP-STB

For high power ultra-fast lasers at most common wavelengths

BDP Cable

Specifications

Specsheet BD - Beam Delivery System HP-STB v1.00 - Data - Beam delivery products

Features

  • Available in different wavelengths 532nm, 800nm, 1030nm, 1.5µm, 2µm
  • Take care of your laser pointing stability
  • Ultra-short pulse lasers – High peak power
  • High beam quality

Applications

  • Micromachining
  • Surgery
  • Biomedical
Beam delivery products

Beam Delivery System with active pointing stabilization & high PER output – BDS-HP-STB-PM

For high power ultra-fast lasers and polarization sensitive application

BDP Cable

Specifications

Specsheet BD - Beam Delivery System HP-STB-PM v1.00 - Data - Beam delivery products

Features

  • Take care of your laser pointing stability
  • Ultra-short pulse lasers – High peak power
  • High beam quality
  • Stable polarization under motion

Applications

  • Micromachining
  • Surgery
  • Biomedical