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Model DTL-318 (200 mW, 300 mW CW, 532 nm, 527 nm)
Features:
- OEM and ready-to-use configurations
- laser radiation in green at 532 nm, 527 nm with output up to 300 mW
- Transverse mode - TEM00
- Spectrum line width < 0.1 nm
- Noise <3% RMS
Power adjustment from zero to maximum, LED display. Power Supply and fan heat sink are included in delivery set (for LCS-version).
Application fields:
Test & Measurement, Spectroscopy, Laser Light Shows & Displays, Alignment, Crystal Inspection, Partial Scattering & Analysis
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Models:
- DTL-322 (1064 nm, 2W, 1W, 300 mW)
- DTL-322F (1053 nm, 2W, 1W, 300 mW)
Laser Output in infrared at 1064 nm, 1053 nm, 1047 nm is available.
Transverse mode - TEM00
Noise <1.5% RMS
AC version with AC Power Supply (DTL-system) features an on/off key switch, power adjustment, digital power meter, emission indicator, shutter,remote interlock.
Low voltage versions (with 12V DC Power Supply) are available optionally.
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Models:
- LCM-S-111 - SLM green laser module.
50 mW, 20 mW, 10 mW output power is available.
Small in size and non-expensive.
- LCS-DTL-317 - SLM green turnkey laser system. 50 mW and 20 mW output power is available.
Designed for laboratory applications
Complies with FDA 21CFR 1040.10 and 1040.11 for complete laser products.
The laser output can be controlled manually from 0 to maximum value specified for laser model, or via remote interlock by the control voltage.
Key features:
Line width 0.00001 nm
Low noise <0.5 % RMS (typ. 0.1%) and <2% peak-to-peak (typ. 0.5%)
Longterm stability <2% / 8 hours
Transverse mode - TEM00, M250 m). They can be used in laser microscopy (LSCM, MPLSM), spectroscopy, interferometry, holography, flow citometry, laser displays, printing to photosensitive materials.
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The OLGDP-200F Series is a family of OEM diode-pumped, solid-state, continuous wave lasers that offer automatic power control at 532nm(green). These completely self-contained systems with the temperature stabilized, low-power-consumption OLGDP-200F lasers are ideal for the widest variety of applications in harsh or industrial environments. Unlike competitive lasers whose diode-generated pump light is the only stabilized element, all OLGDP-200F lasers come with an automatic power control feature. This acts as a detection system that stabilizes the laser output delivered to the application, eliminating the need for additional diagnostics and representing a significant cost savings for the user.
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The OEM OLIDP-800 series are continuous wave infra-red lasers with temperature stabilization and Photo Diode, PD, feedback. This combination produces a laser for industrial application and scientific research. All members of this series contain TE coolers to maintain the Laser operating temperature.
The laser module with PD Feedback, offers excellent power stability at a given temperature, and little fluctuation with changing temperature.
OLIDP-800 Series
. 1064 nm
. High Power Stability
. Temperature Stabilized
. Power Feedback Control
. 200mW and 300mW Models
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The OEM OLBDP-900F series are continuous wave blue laser temperature stabilized modules with Photo Diode, PD, feedback. This combination produces a laser for industrial application and scientific research. All members of this series contain TE coolers to maintain the Laser operating temperature.
The laser module with PD Feedback, offers excellent power stability at a given temperature, and little fluctuation with changing temperature.
OLBDP-900 Series
. 473 nm
. High Power Stability
. Temperature Stabilized
. Power Feedback Control
. 10mW and 20mW Models
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CW / Quasi-CW Solid State Lasers
· Low and high power: 20 mW–15 W
· Multiple wavelengths in the visible and UV
· TEM00 beam profile
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All solid state 473nm/457nm blue laser is made features of ultra compact, long lifetime, low cost and easy to operate, which is used in fluorescence sensors, Raman spectrum, laser printing, holography, laser display, submarine communication, biomedicine, laser light show, etc.
BLUE LASER POINTER AT 473nm
Be one of the first to over this unique and unusual item in the world. It's a new and fashion gift. Which used in lecture, star observation etc.
7W CW, 80-240VAC, RoHS, FDA, CE complied
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DPSS Green Laser
All solid state 532nm green laser is made features of ultra compact, long lifetime, low cost and easy to operate, which is widely used in collimation, laser medical treatment, scientific experimentation, optics instrument, laser display, laser lighting show, etc.
up to 12 W, 80-240VAC, RoHS, FDA, CE complied
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All solid state 593.5nm yellow laser is made features of ultra compact, long lifetime, high stability, low cost and easy operating.Output power,up to 500mW is available, which is widely used in laser medical treatment, scientific experiment, optical instrument,collimation,lighting etc.
up to 500mW, 80-240VAC, RoHS, FDA, CE complied
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The New JK™ range of CW Nd:YAG lasers from GSI provides a significantly higher level of performance, enabling deeper weld penetration, faster cleaner material cutting, with high reliability, flexibility and lower process cost.
* Unique SuperModulation™ provides greater flexibility for a broader range of processing, enabling you to more easily optimise your production process
* SuperModulation™ increases the laser's maximum peak power up to x2 its normal average rating
* Patented Luminator™ fiber-optic beam delivery system with built in back reflection damage protection
* LaserView™ control technology allows complete process cycle programming with a single command
* Precise control of all parameters enabled by patented power supply technology
* Fully-integrated time and energy shares for faster switching
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The new LCY range of CW & Q-switched CW lasers has been introduced to complement our comprehensive range of pulsed Nd:YAG lasers. Litron has employed the very latest in solid-state power, RF and digital control electronics in the design and manufacture of this new range.
Litron has developed a comprehensive RS232 & TTL interface which allows the lasers to be linked quickly and simply to 3rd party beam delivery systems. Our Q-switch control electronics feature a unique First Pulse Suppression (FPS) circuit with 2 independently controlled waveform modifiers. This allows consistent and reliable FPS to be configured by the system integrator / OEM in whichever mode and frequency range the laser will be operated. Including complete suppression of the first pulse when operating in CW and quasi-CW modes.
Arc lamp pumped lasers:
All the laser resonators use the established and proven rugged Invar industrial space frame optical rail. This optical rail imparts enormous rigidity to the resonator ensuring the long term stability of the laser output without the need for regular tuning or adjustments. The unique design of Litron’s close-coupled, diffuse ceramic, pumping chambers keep the laser rod and lamp cooled evenly and provides industry-leading levels of efficiency and pulse to pulse stability.
Diode pumped lasers:
Litron will introduce Diode Pumped Solid State (DPSS) lasers to the CW range during 2007. Please contact us if you have a specific requirement for DPSS lasers.
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MBR Ring Series
Family of high-performance and ultra-stable tunable CW Ti:Sapphire lasers.
Features:
- Monolithic resonator for highest passive stability
- Highest power from a CW tunable Ti:Sapphire laser
- Single mirror change provides access to full tuning range
- Versions from broad linewidth to single-frequency operation
- Full upgrade options within the MBR family
The MBR stability advantage
MBR ring lasers offer you all the advantages that our 20-plus years of experience in the design and production of high-performance CW Ti:Sapphire lasers can provide. Their monolithic block resonator provides unsurpassed passive stability. For single-frequency operation the Invar reference cavity is integrated in the monolithic design rather than placed in a remote location. The passive stability provides superior performance and reliability for cutting-edge research applications with CW tunable lasers.
The MBR ease of use advantage
Unlike other laser systems the MBR eliminates the need for regular mirror adjustments, because all mirrors and optics are integral to the monolithic frame. Requiring very little user intervention the MBR is free from the mirror adjustments required in competing systems. This advantage is enhanced by the broadband optics set that covers the full Ti:Sapphire tuning range by simply changing the output coupler. In the narrowest linewidth versions a unique dual Brewster plate setup eliminates the beam-pointing issues common to tuning mirror designs. An automatic wavelength scanning feature (RS-232) is available with a scan range of 30 GHz at a fast tuning speed of 8 GHz/second.
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CONVERGENT LASERS CL50k designed specifically for LASERDYNE SYSTEMS products is the premier Nd:YAG laser for precussion and trepanning hole drilling applications. The unique Internal Compensating Telescope (ICT) and Variable Spot Module (VSM) give this laser the ability to change focus spot size without changing focus position or power.
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The ML50-CW-R-OEM is a compact CW Fibre Laser delivering up to 50W of output power, through a near diffraction limited beam (M²<1.1). The excellent beam quality and power stability make the Manlight Fibre Laser a multi-purpose tool. Our patented “Injection Technology” allows the use of highly reliable broad area laser diode pumps, for a cost effective and maintenance-free operation. The all-fibre design guarantees the robustness of the laser, without any optical parts to align or to stabilize. The simple integration of the system requires no after-installation service. The ML50-CW-R-OEM is the ideal solution for a broad range of industrial and scientific applications.
It also exists in 5, 10 or 20W version or in a 19", 3U Tunrkey version.
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The ML50-CW-R-TKS Fibre Laser is a compact CW Ytterbium Fibre Laser delivering up to 50W of output power, through a near diffraction limited beam (M²<1.1). The excellent beam quality and power stability makes the Manlight Fibre Laser a multi-purpose tool. This product is also available as OEM Version.
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LF050 codes with high resolution. With a wavelength 10 times shorter than that of a CO2 laser marker, high beam quality and superior galvanometer scanning technology the system marks with high resolution, fast, precise and with excellent legibility. LF050 works reliably and is easy to maintain. Thanks to it‘s efficient, maintenance-free laser source and the simple air cooling system. LF050 integrates easily, flexibly and quickly into any production environment. Thanks to it‘s dovetail joint with integrated fine height adjustment, a five meter detatchable fiber conduit and it‘s small and compact system design.
ALLTEC LF050 is THE laser marker for the electronics industry. The 5 W continuous wave fiber laser marker has been primarily designed to mark molded housings of discrete and integrated components as well as circuit boards, precisely, with high quality and in the shortest of time. Moreover, the LF050 is also suitable for marking foils, films, bags and composite packagings used in the packaging industries.
The range of information that can be marked is virtually unlimited, and can be applied both to stationary as well as to moving parts (marking on the fly). With the LF050 line widths well below 30 μm can be achieved, enabeling character heights of 150 μm and less.
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