Fiber Lasers

GPTKB entity

Properties (52)
Predicate Object
gptkbp:instanceOf Laser
gptkbp:application Defense
Telecommunications
Medical procedures
Material processing
gptkbp:benefits Cost
High efficiency
Compact size
Complexity of design
High beam quality
gptkbp:communicationEquipment Continuous wave
Pulsed mode
gptkbp:component Fiber optic cables
Combiner
Optical isolators
Pump diodes
gptkbp:controls Computer-controlled systems
gptkbp:coolingSystem Water cooling
Active cooling systems
gptkbp:developedBy Various manufacturers
gptkbp:diameter Typically 10-50 micrometers
gptkbp:energyEfficiency Over 30% in some cases
gptkbp:frequency Typically 1060-1080 nm
gptkbp:future_plans Increased efficiency
Miniaturization
Higher power outputs
New applications in industry
https://www.w3.org/2000/01/rdf-schema#label Fiber Lasers
gptkbp:integration Easily integrated into systems
gptkbp:length Varies based on application
gptkbp:lifespan Long operational life
gptkbp:lighting Can be polarized or unpolarized
gptkbp:maintenance Low maintenance required
gptkbp:market gptkb:IPG_Photonics
Coherent
Growing demand
MKS Instruments
nLIGHT
gptkbp:mode Single-mode or multi-mode
gptkbp:powerOutput Up to several kilowatts
High-quality laser beam
Requires stable power supply
gptkbp:powers Scalable output power
gptkbp:processor Doped with rare earth elements
gptkbp:research Ongoing advancements
gptkbp:safety Eye protection required
gptkbp:tuning Wavelength tuning possible
gptkbp:type Er-doped fiber lasers
Multi-mode fiber lasers
Single-mode fiber lasers
Yb-doped fiber lasers
gptkbp:uses Optical fibers