Durma Brilase Fiber Laser Resonator
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Durma Brilase Fiber Laser Resonator

Durma's own fiber laser resonator system: superior beam quality for cutting, welding, micro-processing, and marking

Mode of Operation
CW / Pulsed
Polarisation
Random
Central Wavelength
1075–1085 nm (normal 1080 nm)
Operating Power
4000 W (normal) / 4800 W (max)
Emission Bandwidth
<8.0 nm
Output Fiber Core Diameter
50 µm
Beam Parameter Product (BPP)
3.5 mm·mrad
Connection Type to Cutting Head
QBH/QD (On Demand)
Output Fiber Length
18 m
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Specifications

Technical Specs

BRL-4000: 4 kW Fiber Laser System

Mode of Operation
CW / Pulsed
Polarisation
Random
Central Wavelength
1075–1085 nm (normal 1080 nm)
Operating Power
4000 W (normal) / 4800 W (max)
Emission Bandwidth
<8.0 nm
Output Fiber Core Diameter
50 µm
Beam Parameter Product (BPP)
3.5 mm·mrad
Connection Type to Cutting Head
QBH/QD (On Demand)
Output Fiber Length
18 m

BRL-6000: 6 kW Fiber Laser System

Mode of Operation
CW / Pulsed
Polarisation
Random
Central Wavelength
1075–1085 nm (normal 1080 nm)
Operating Power
6000 W (normal) / 7000 W (max)
Emission Bandwidth
<8.0 nm
Output Fiber Core Diameter
100 µm
Beam Parameter Product (BPP)
3.5 mm·mrad
Connection Type to Cutting Head
QBH/QD (On Demand)
Output Fiber Length
18 m

Features

Built In

  • Developed by Durma as Turkey's first native highest-power fiber laser resonator, the power source behind the HD series laser cutting machines.
  • Superior beam quality versus CO2 makes fiber the first choice for precise cutting, welding, micro-material processing, and marking.
  • Designed and manufactured by Durma for direct integration with the HD-F, HD-FL, HD-FS, and HD-TC laser cutting systems.

Applications

Where It Works

  • Power source for Durma HD series fiber laser cutting systems.
  • Precision cutting, welding, and micro-material processing requiring superior beam quality.
  • Marking and engraving applications on metal components.

Downloads

Documentation

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