Z-LASER fiber-coupled components support laser-based measurement system development

A new platform of fiber-coupled laser components from Z-LASER is available for integration into industrial and medical products, enabling applications such as 3-D measurement, metrology, and spectroscopy, among others.

Z-LASER fiber-coupled components support laser-based measurement system development
Z-LASER fiber-coupled components support laser-based measurement system development

A new platform of fiber-coupled laser components is available for integration into industrial and medical products, enabling applications such as 3-D measurement, metrology, and spectroscopy, among others. Laser components with or without housing, singlemode and multimode fibers with standard FC/PC connectors, and various types of projection optics are offered. Red, green, blue, and infrared (IR) wavelengths are available; varying optics produce dots, lines, and micro-lines. Line uniformity to <±5% is achieved.
Z-LASER Optoelektronik
Freiburg, Germany


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NEW PRODUCT PRESS RELEASE

ZFSM

Z-LASER presents a new platform of fibre-coupled laser components for integration into industrial and medical products. Product configurations with or without housing, single-mode and multi-mode fibres and various flavours of high end projection optics are offered.

Features
• Red, green, blue and IR wavelengths available
• Up to 80mW out of the fibre
• Power stability at end of fibre < 1% in steady state (1h)
< 5% over temperature range (1d)
< 15% over entire lifetime
• Single-mode and multi-mode fibres with standard FC/PC
connectors
• Compact focusable precision optics: dots, lines, μ-lines
(<10 μm; 1/e2)
• Perfect round light distribution for point optics
• Digital and concurrent analogue modulation up to 100 kHz
• Unique line uniformity up to < ±5%
• Bore sight accuracy: <10 mrad (stability < 5 μrad/K)
• 4.5-30VDC supply voltage, optionally USB-supplied
• Wide range operation temperature -10°C to 50°C
• I2C and RS-232 communication interfaces, optionally USB
and Ethernet.
• Optionally with integrated Peltier cooling.
• Highest degree of functional safety for critical applications.
• Scalable system, support for multi-colour applications

Applications
Science, Bio-photonics,
Optical data transmission,
Lab application,
Machine Vision,
Machine construction,
Medical science,
Automotive industry,
3D Measurement,
Metrology,
Spectroscopy

Specifications*

Electrical
Supply voltage 4.5 - 30VDC
Mode of operation Power stabilized (optionally current stabilized with TEC)
Modulation Analogue and concurrent TTL modulation up to 100kHz
Protection reverse polarity and transient/ESD
Connection 4pin-M12, 9pin-SubD (optionally USB, Ethernet)
Interfaces I2C and RS-232 Serial Communication Interfaces

Mechanical
Dimensions Board 60x60mm; 500mm fibre by default
Housing Bulk-only, housing with fibre receptacle, custom housings
Protection category -

Optical
Optical power stability
< 1% in steady state (1h)
< 5% over temperature range (1d)
< 15% over entire lifetime

Wavelength vs. temperature Typ. 0,20 - 0,30nm / °C depending on wavelength
Divergence of beam (FWHM) < 15mrad (at 100mm working distance)
Pointing stability < 5μrad / °C
Focus 30mm up to infinite
Boresight accuracy < 10mrad

Optics
Line (Gaussian profile) 3°, 5°, 10°, 15°, 20°, 30°, 90°, symmetrical or asymmetrical
Point Circular
DOE Available (e.g. multi line, cross, circle)

Standard wavelengths and max. power (others on request)
640 nm up to 80 mW (out of SM fibre)
660 nm up to 80 mW (out of SM fibre)
520 nm up to 20 mW (out of SM fibre)
450 nm up to 30 mW (out of SM fibre)
405 nm up to 40 mW (out of SM fibre)
640 nm up to 180 mW (out of MM fibre)
660 nm up to 180 mW (out of MM fibre)
520 nm up to 40 mW (out of MM fibre)
450 nm up to 60 mW (out of MM fibre)
405 nm up to 90mW (out of MM fibre)

Environmental conditions
Case temperature -10°C up to +50°C
Storage temperature -10°C up to +50°C
Humidity Max. 90%, non condensing
MTTF at 25°C (in case) > 10.000h

*depending on diode and customized setup

Freiburg, Germany
+49/761/296/44/44
info@z-laser.de

SOURCE: Z-LASER Optoelektronik

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