32 products
producing telecentric lines peak power, single frequency, short (~3ns) in fields as confocal microscopy and
for accuracy pulses at 1,550nm. semiconductor inspection, where speed of
StockerYale has released its Lasiris T-MFL The MOPA-L is based on an all-single mode acquisition provides higher throughput. This
laser, which produces long telecentric lines. fibre design ensuring a pure diffraction limited new model is based on the super modular
The lines are as thin as 9.0µm 1/e
2
at a beam quality. concept and built using industrially reliable
specified working distance and the device The MOPA-L is extremely compact and is and commercially available components in
is designed for applications where utmost offered either as a OEM module or as a fully combination with a single-mode amplifier
accuracy and precision are required. integrated IEC/CDRH compliant laser system, based upon the unique Large Mode Area
They use refractive uniform line generator incorporating an integrated power supply photonic crystal fibre technology, enabling
optics without beam clipping. The and control unit for easy laser installation, state-of-the-art stability performance.
company’s wide range of standard and turn-on, operation and control. The system is Thus, the source inherits the reliable
custom models have exceptional mechanical conductively cooled via forced air-cooling or performance and unique features of the
stability, ESD protection and feature a fully any other applicable means. SuperK product family. Furthermore, the
protected integrated diode driver. Multiwave Photonics has also released the SpectraK range of wavelength tuning
www.stockeryale.com/lasers MOPA-M-1µm-20, which has a unique level accessory products together with the SuperK
of control of pulse characteristics, timing and sources allows access to any wavelength in
green laser with integrated laser operation, through proprietary pulses on the 400nm-2,000nm spectrum and can be
photo detector demand and pulse gating technologies. provided as one turn-key system.
The Frankfurt These features significantly increase
www.koheras.com
Laser Company throughput and flexibility in applications
(FLC) has such as micromachining, precision marking, 100w output direct diode
released the sintering, scribing, lidar and remote sensing. laser series
latest version of
www.multiwavephotonics.com
its MicroGreen
Series with High power uV laser
integrated photo JDSU has released a high power ultraviolet
detector. laser called the Q304-HD laser. Based upon
When engaged in a feedback loop, this laser the Q Series UV laser platform from JDSU,
can be set to maintain constant output power the laser provides 50 per cent more power,
up to 8mW TEM00 allowing designers to offer with >11W at 355nm, and is designed to
illumination solutions that operate over more increase throughput, or the rate at which it
than 30°C of change in ambient temperature. can conduct micromachining functions such
The MicroGreen PD is only 5.6mm in as hole drilling, wafer cutting or singulation,
diameter. Small size combined with and solar cell processing.
monolithic optical design and reliability, Higher throughput from the laser allows Trumpf has released a direct diode laser
high electrical-to-optical efficiency, and manufacturers to increase productivity series with features that include 100W
built-in temperature insensitivity without during the manufacturing of products, saving of output from a single fibre optic and
the use of power-hungry thermoelectric valuable time and costs. In addition, the new a divergence of less than 120mrad, the
coolers, allows for battery operation. Now, laser operates at a higher power level without performance data of the diode module.
OEM manufacturers and system integrators using additional electrical consumption due to The passively cooled module is the basis
have a green laser, with at least four enhancements in the new laser design. This for the TruDiode diode direct laser series
times higher sensitivity to the human eye also ensures a longer laser lifespan. The laser that Trumpf will launch mid-year. Thanks to
om
compared to red light, while maintaining also has a beam quality at M
2
<1.2. the small fibre optic diameter and the low
the ease of integration of a red diode laser.
www.jdsu.com opening angle, the module generates a laser
ooptics.c
The MicroGreen PD is a solution for all beam with the highest brilliance.
ectr
applications that involve guiding people by true white light performance Due to its high beam quality, even in the
.el
means of aiming, alignment, or pointing laser Koheras has extended the wavelength multi-kilowatt range, the laser in the TruDiode
www
light. range of the SuperK family to wavelengths series is intended for welding applications
www.frlaserco.com below 400nm, enabling true white light where lamp-pumped solid state lasers are
performance. currently used. With a wall plug efficiency
ch 2009
eye-safe pulsed fibre laser The broad wavelength range now covers of 40 per cent and a module service life of
Multiwave Photonics has launched an 400-2,400nm, with true single mode about 50,000 hours, diode lasers work far
eye-safe pulsed fibre laser designed and performance over the wide spectrum and more efficiently than lamp-pumped solid state
f
ebruary/mar
developed specifically to address lidar and 700mW of light emitted in the visible lasers. Another advantage is the small size of
remote sensing applications. spectrum resulting in high spectral power the diode module of only 8 x 6 x 3cm, which
The new MOPA-L is based on an all-fibre density in the full range down to 400nm. facilitates the very compact and space-saving
o
optics
MOPA (Master Oscillator Power Amplifier) The emitted light is quasi-continuous design of the TruDiode series.
ectr
el
architecture and generates more than 5kW at 80MHz, which is especially important
www.trumpf.com
EOfeb09 pp28-33 Products.indd 32 17/2/09 16:53:29
Page 1 |
Page 2 |
Page 3 |
Page 4 |
Page 5 |
Page 6 |
Page 7 |
Page 8 |
Page 9 |
Page 10 |
Page 11 |
Page 12 |
Page 13 |
Page 14 |
Page 15 |
Page 16 |
Page 17 |
Page 18 |
Page 19 |
Page 20 |
Page 21 |
Page 22 |
Page 23 |
Page 24 |
Page 25 |
Page 26 |
Page 27 |
Page 28 |
Page 29 |
Page 30 |
Page 31 |
Page 32 |
Page 33 |
Page 34 |
Page 35 |
Page 36