June 24 – 27, 2019
Messe München

LASER World of PHOTONICS - the International Trade Fair for Photonics Components, Systems and Applications

Opening hours
MON - WED:
9.00 a.m. - 5.00 p.m.
THU:
9.00 a.m. - 4.00 p.m.

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Laser 2000 GmbH

Products and services

1.1.1 YAG lasers

1.1.2 Other YAG laser

1.1.5 Nd: YVO lasers

1.1.6 Raman lasers

1.1.7 Titanium sapphire lasers

1.1.9 Alexandrite lasers

1.1.10 Diode-pumped solid-state lasers

1.1.11 Solid-state lasers, other

1.2.1 He lasers

1.2.2 Ar laser

1.2.4 CO₂ lasers

1.2.5 Excimer lasers

1.2.6 Gas lasers, other

1.3.1 Discrete laser diodes

1.3.2 High-power diode lasers

1.3.3 Diode laser modules

1.3.4 Diode laser systems

1.3.5 Tunable diode lasers

1.3.6 Pulsed diode lasers

1.4.1 Erbium fibre lasers

1.4.2 Ytterbium fibre lasers

1.4.3 Neodym fibre lasers

1.4.4 Pulsed fibre lasers

1.4.5 High power fibre lasers

1.5.2 Optical parametric oscillators

1.5.5 Ultrashort-pulse laser

1.5.6 THz lasers

1.6.1 Beam guidance systems

1.6.2 Beam distribution and extensions

1.6.3 Beam amplifiers

1.6.4 Beam controlling

1.7.1 Flash lamps

1.7.2 Krypton lamps

1.7.4 Glasses

1.7.5 Crystals

1.7.6 Pumps

1.7.7 Mirrors

1.7.8 Optical pumping equipment

1.7.9 Laser accessories

1.8.1 Laser safety filters

1.8.2 Laser safety and laser alignment eyewear

1.8.3 Laser safety gloves and clothing

1.8.4 Laser safety shields/screens and curtains

1.8.5 Laser safety enclosures and cabins

1.8.6 Active laser safety systems

1.8.7 Laser safety products and components, other

1.8.8 Laser safety consulting, certification and training

1.9 Light-emitting diodes (LEDs) and components

1.10 OLEDs

1.11 Non-coherent light and radiation sources

1.12.1 Optical amplifiers

1.12.2 Optical Q switches

1.12.3 Modulators

1.12.4 Kerr and pockels cells

1.12.5 Driver electronics

1.12.6 Beam deflection systems

1.12.7 Galvano-mirror systems

1.12.8 Electro-optical equipment, other

1.13.1 Acousto-optical deflectors

1.13.2 Acousto-optical filters

1.13.3 Acousto-optical modulators

1.13.4 RF drivers for acousto-optical components

1.13.5 Acousto-optical components, other

1.13.6 Acousto-optical Bragg cells

1.13.7 Acousto-optical products, other

1.15.1 Image sensors and detector arrays

1.15.2 Photodiodes

1.15.3 Photocells

1.15.6 IR components

1.15.7 IR optics

1.15.9 Thermopiles and radiometers

1.15.10 Photomultipliers

1.15.11 Optical choppers

1.15.12 Opto-electronic components, other

1.16.1 Beam expanders

1.16.3 Optical isolators

1.16.4 Lenses

1.16.6 Optical systems, other

1.17.1 Diaphragms

1.17.2 Optical mounts

1.17.3 Fixtures

1.17.4 Optical benches

1.17.5 Optical tables

1.17.6 Positioners

1.17.7 Laser-beam positioning systems

1.17.8 Polarization optics

1.17.9 Optical mechanics, other

1.18.1 Simulation software for optical components

1.18.2 Simulation software for opto electrical components

1.18.3 Simulation software for light sources

1.18.4 Laser software

1.18.5 Software for laser und optics, other

1.19 Placement and assembly systems

2.1.1 Raw materials, glass

2.1.2 Raw materials, crystal glass

2.1.3 Raw materials, quartz glass

2.1.4 Raw materials, synthetics

2.1.5 Glass ceramics

2.1.6 Optical foils

2.1.7 Raw materials, other

2.2.1 Non-linear crystals

2.2.2 Electro-optical crystals

2.2.3 Piezo-electric crystals

2.2.4 Frequency doubler crystals

2.3.1 Linear plates

2.3.2 Polarizers

2.3.3 Optical prisms

2.3.4 Optical mirrors

2.3.5 Beam splitters

2.3.6 Interference filters

2.3.7 Optical filters

2.3.8 Micro-optical components

2.3.9 Optical windows

2.3.10 Wedges

2.3.11 Processed components, other

2.4.1 Spherical lenses

2.4.2 Aspherical lenses

2.4.3 Cylindrical lenses

2.4.5 Complexes/multiple element lens assemblies

2.5.1.1 Transmission gratings

2.5.1.2 Reflection gratings

2.5.1.3 Blaze gratings

2.5.1.4 Wire gratings

2.5.2 Fresnel lenses

2.6.1 Optical fibers

2.6.2 Integrated optics

2.6.3 Passive components for signal conditioning

2.6.4 Fiber couplers

2.6.5 Optical signal transmission systems, other

2.7.1 Cassegrain optics

2.7.2 Domes

2.7.3 Windows

2.7.4 Other optical components

2.8 Design software for passive optical components

2.9 Systems for cleaning and maintenance of optics

2.10 Components for quantum optics

4.1.1 Laser beam analysis systems

4.1.2 Energy density

4.1.3 Beam profiles

4.1.4 M2 quality

4.1.5 Wavelength

4.1.6 Wavefront

4.1.7 Power

4.1.8 Pulse duration/shape

4.1.9 Laser diode test and characterization systems (power, current, voltage, spectrum)

4.2.1 IR measurement engineering, IR measurement technology

4.2.2 Monochromators

4.2.3 Optical spectrum analyzers

4.2.4 Optical multi-channel analyzers

4.2.5 Polarization analyzers

4.2.6 Spectral photometers

4.2.7 Spectrometers

4.2.8 Spectroradiometers

4.2.9 Beam scatter meters

4.2.10 Stress birefringence

4.2.11 Photon counters

4.2.12 Opto-electronic measuring and analysis systems, other

4.3.2 Interferometers

4.3.3 Spherometers

4.3.4 Collimators

4.3.5 Auto collimators

4.3.6 Focometers

4.3.7 Alignment measurement devices

4.3.8 Prism measurement devices

4.3.9 Optical test systems

4.4.1 Microscopes

4.4.2 Telescopes

4.4.3 Test systems for optical components

4.4.4 Environmental measurement and analysis systems

4.5.1.1 Spacing, distance

4.5.1.2 Presence

4.5.1.3 Shape, contour

4.5.1.4 Level

4.5.1.5 Length, travel

4.5.1.6 Roughness

4.5.1.7 Position

4.5.1.8 Layer thickness

4.5.1.9 Angle, tilt, orientation

4.5.1.10 Sensors for geometric parameters, other

4.5.2.1 Flow

4.5.2.2 Speed

4.5.2.3 Acceleration

4.5.2.4 Elongation

4.5.2.5 Oscillation, vibration

4.5.2.6 Sensors for dynamic parameters, other

4.5.3.1 Absorption, opaqueness, transmission

4.5.3.2 Color, color values

4.5.3.3 Refraction

4.5.3.4 Reflection, diffuse reflection/scatter, shine

4.5.3.5 Optical power

4.5.3.6 UVA/UVB/UVC radiation, radiation dose

4.5.3.7 IR/NIR radiation, radiation dose

4.5.3.8 Radiance, irradiance

4.5.3.9 Luminance, illuminance

4.5.3.10 Wavefront sensors

4.5.3.11 Sensors for optical parameters, other

4.5.4.1 Humidity

4.5.4.2 Temperature

4.5.4.3 Gas, exhaust-gas analysis

4.5.4.4 Application-specific sensors, other

5.2 Optical design and engineering services

5.7 Optics and illumination design

5.9 Education and advanced training

5.14 Customer-specific solutions

6.1 Systems for the automotive industry and OEMs

6.2 Systems for the toolmaking and mechanical engineering

6.3 Systems for printing technology and graphics

6.4 Systems for data processing and information technology

6.5 Systems for electronics

6.6 Systems for electrical engineering

6.7 Systems for the semiconductor industry

6.8 Systems for plastics processing

6.9 Systems for biophotonics, life sciences and pharma

6.10 Systems for research and science

6.11 Systems for show technology, advertising, art

6.12 Systems for sensor technology

6.13 Systems for illumination technology

6.14 Systems for solar production

6.16 Systems for aerospace industry

6.17 Systems for security engineering

6.18 Systems for imaging and machine vision

6.19 Systems for production of energy storage

6.20 Systems for quantum optics

7.1.1 Welding systems

7.1.1.1 Robot based welding systems

7.1.1.2 Portal welding system

7.1.1.3 Remote welding systems

7.1.1.4 Hybrid welding systems

7.1.1.5 Welding systems, other

7.1.3.1 Robot based cutting systems

7.1.3.2 Portal cutting systems

7.1.3.3 Remote cutting systems

7.1.3.4 Cutting systems, other

7.1.4 Drilling systems

7.1.5 Scribing systems

7.1.6 Marking and lettering systems

7.1.7 Trimming systems

7.1.8 Surface processing systems

7.1.9 Micro processing systems

7.1.10 Laser build-up welding

7.1.11 Material processing systems, other

7.2.1 High-precision drives

7.2.2 Handling equipment

7.2.4 Monitoring and recognition systems

7.2.6 Fiber systems

7.2.10 Laser working heads and adapters

7.4.1 Systems for metallic sheet processing

7.4.2 Systems for the processing of synthetic materials

7.4.4 Systems for the processing of textile materials

7.4.5 Systems for the processing of transparent materials / glass

7.4.6 Systems for the processing of other materials or combinations of materials (metal/plastics/carbon fibre/ceramics)

7.5.1 Laser systems for joining processes

7.5.2 Laser systems for ablation processes

7.5.3 Laser systems for forming processes

7.5.4 Laser systems for disjoining processes

7.5.5 Laser systems for drilling processes

7.5.6 Laser systems for modifying material properties

7.5.7 Laser systems for marking

7.5.9 Laser systems, other

7.6.1 Direct structuring with lasers

7.6.2 Laser-based coating processes

7.6.3 Laser based layer conditioning

8.1.1 Movement and positioning measurement instruments

8.1.2 Distance and thickness measurement instruments

8.1.3 Interferometers

8.1.4 Contour measuring

8.1.5 Light barriers

8.1.6 Lidar systems

8.1.7 Particle measuring instruments

8.1.8 Scanners

8.1.9 Systems for geodesy and construction

8.1.10 Systems for surface inspection

8.1.11 Systems for production and quality control

8.1.12 Systems for security and monitoring

8.1.15 Laser-induced breakdown spectroscopy LIBS

8.1.17 Holographic test and measurement technology

8.1.19 Film thickness measurement

8.1.20 Vibrational analysis

8.1.21 Laser test and measurement systems, other

8.2.1 Holographic systems

9.1.2 Fiber optic cables

9.1.3 Cabling systems

9.1.4 Terminated cabling systems

9.1.5 Plastic optical fiber and cabling

9.1.6 Industrial cabling systems

9.1.7 Pigtails and patchcords

9.1.8 Singlemode connectors

9.1.9 Multimode connectors

9.1.10 Connector termination shops

9.1.11 Polisher

9.1.12 Fiber microscopes and interferometer

9.2.1 Light Sources

9.2.2 Optical Amplifiers

9.2.3 Optical transmitter, receiver & transceiver

9.2.4 Active optical components and subsystems, other

9.3.1 Photodetectors

9.3.2 Passive optical components

9.3.3 Optical switches

9.3.4 Optical de-/multiplexer

9.3.5 Passive optical components and subsystems, other

9.4.1 Level meters

9.4.2 Transmission, reflexion meters

9.4.3 Optical spectrum analyzers

9.4.4 Component analyzers (active, passive)

9.4.5 Polarisation analyzer

9.4.6 Chromatic dispersion analyzers

9.4.7 Polarimeters

9.4.8 OTDRs

9.4.9 Optical spektrum analyzers

9.4.10 Dispersion analyzers

9.4.11 Protokoll analyzers

9.4.12 Test and measurement, other

9.5.1 Processing equipment for fiber optics

9.5.3 Equipment for assembly and packging

10.2.1.1 Fluorescence spectroscopy

10.2.1.2 Photoluminescence

10.2.1.3 Terahertz spectroscopy

10.2.1.4 ATR/FTIR spectroscopy

10.2.1.5 UV/VIS spectroscopy

10.2.1.6 Raman spectroscopy

10.2.1.7 Ellipsometry

10.2.1.8 LIDAR

10.2.1.10 Other spectroscopy techniques

10.2.2.2 Linear and non-linear vibration microscopy/imaging (IR, confocal Raman, CARS, etc.)

10.2.2.3 Terahertz imaging

10.2.2.5 Near-field microskopy (SNOM, ASM, STM, etc.)

10.2.2.7 OCT Optical Coherence Tomography

10.2.2.8 Endoscopy

10.2.2.10 Microscopy and imaging techniques, other

11.1.1 Matrix cameras

11.1.2 CCD line-scan cameras

11.1.3 IR cameras

11.1.4 Intensified cameras

11.1.5 High-speed cameras

11.1.6 Thermal image cameras

11.1.7 Special cameras for science and industry

11.1.8 CCD and CMOS sensors and cameras

11.1.9 Cameras, other

11.1.10 Lenses

11.1.11 Frame grabber

11.1.12 IR image converters

11.1.13 Streak cameras and analysis systems

11.1.14 Image processors and computer components

11.1.15 Fiber optical illumination

11.1.16 LED illumination

11.1.18 Hyperspectral camera

11.2.1 Measurement

11.2.2 Measurement and comparison 2D

11.2.3 Measurement and comparison 3D

11.2.4 Recognition

11.2.5 Pattern-recognition systems

11.2.6 Position recognition systems

11.2.7 Inspection

11.2.8 Surface inspection systems and texture analysis

11.2.9 Completeness check

11.2.10 Color check

11.2.11 Quality control

11.2.12 Identification

11.2.13 Barcodes

11.2.14 2D barcodes

11.2.15 Identification systems

11.2.16 Security systems

11.3.1 Software for image processing and feature detection

11.3.2 Image scanning and analysis systems

11.3.3 Image processing systems

11.3.4 Industrial image processing, other

12.1.1 Light-emitting diodes (LEDs) and components

12.1.4 New lamp systems for general illumination

13.2.1 Camers modules

13.2.4 High power lasers

13.2.5 Image intensifier optics

13.2.6 IR-laser

13.2.7 IR-lenses for TWS

Applications

Data Processing and Information Technology

Imaging and machine vision

Materials Processing

Medical Engineering / Biotechnology

Research and Science

Sensor Technology

Partner companies

Co-Exhibitor:

4CS-Laser AG
Admesy B.V.
DataRay Inc.
Luxmux Technology Corporation
Nuburu Inc.
Optoform
OSELA Inc.
Photodigm, Inc.
RESOLUTION Spectra Systems
SPARK LASERS
SPECTROLIGHT Inc.

Exhibitor press releases

Blauer Laser definiert neuen Standard (German)

Blue Laser sets new standard

SWIR Kamera mit herausragender Full-HD Auflösung (German)

SWIR Camera with Outstanding Full-HD Image Resolution

Mit hochempfindlichen Kameras in die Spektroskopie: Laser 2000 nimmt Photometrics-Produkte in ihr Portfolio auf (German)

Laser 2000 übernimmt Vertrieb von OPT Machine Vision (German)

Address data

Laser 2000 GmbH

Argelsrieder Feld 14

82234 Wessling

Germany

P +49 8153 405-0

F +49 8153 405-33

info@laser2000.de

www.laser2000.de

Hall / Booth

Hall B3 Booth 103

Hit(s) in this hall

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