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LASER COMPONENTS Launches Online Detector Selector Tool
Find the Right Detector in Just a Few Clicks
High-Precision Stripping of Optical Fibers
LASER COMPONENTS Expands In-House Production to Include Fiber Strippers for Industrial Use
New low-absorption coating for MULTI-kW continuous-wave laser applications
LASER COMPONENTS achieves low absorption values of less than 10 to less than 5 ppm
Highly sensitive MCT detectors for FTIR Analysis
New technological impetus at LASER COMPONENTS
Specialty fibers for demanding ir and high-temperature applications
Two New Fiber Optic Product Lines at LASER COMPONENTS
Exact TWE Determination Without Interferometer
For many measuring instruments, test setups, and imaging systems, the precise characterization of the wavefront profile determines the performance of the entire optical chain. One parameter is therefore of particular importance: the Transmitted Wavefront Error (TWE).
FITEL S251A: Precise, High-Speed Fiber Optic Cable Stripping
Thermal fiber stripper now available from LASER COMPONENTS
LASER COMPONENTS Plans Strategic Consolidation of Locations
Faster Service – Greater Customer Proximity in the USA
Celebrating Joe Kunsch
PRONTO-250-EZ wins Innovation Award
Award-winning handheld measuring device exclusively available from LASER COMPONENTS
Furukawa S185 Splicing Devices Set Standards for Specialty Fibers
Precision for Next-Generation Fiber Optic Technology
Characterization of high-performance optics
Production of High-Power Fibers
Next-Generation 1550 nm PLDs with enhanced power and efficiency
Fusion Splicing Technologies Supporting Innovation of Fiber Optics
LASER COMPONENTS celebrates 40 years of manufacturing customized laser optics
High-end optical components since 1986 – from substrates to coatings, all from a single source
