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The DuoWave-VIS converts the infrared version of the VersaDisk into the green spectral range.
Upon the desired output wavelenth in the green, the VersaDisk is set to a fixed wavelength between 1010 nm and 1055 nm resulting in green radiation from the DuoWave-VIS between 505 nm and 527.5 nm.
This frequency conversion is realized as resonant conversion. The output power and the linewidth are dependent on the VersaDisk pump laser used in the near infrared.
The further conversion of this radiation into the UV is realized with the DuoWave-UV resonant conversion unit. The DuoWave-UV can also be used to convert the green version of the VersaDisk-515 at 515 nm into the UV, resulting in a wavelength of 257.5 nm.
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Industrial Single Mode CW Fiber Lasers
General
V-gen’s VCFL lasers are single mode CW, Ytterbium fiber lasers. The system’s TTL control interface can be used to operate and tune the laser output power. Single mode (M2 ~ 1.1) beam quality offers ideal optical performance.
A sealed system in an all-fiber configuration, the VCFL is housed in a robust assembly that meets industrial standards. The compact dimensions, high wall plug efficiency and maintenance free operation allow easy and efficient OEM integration.
A reinforced or armored fiber cable delivers the output beam. V-gen also offers output collimators, focusers and high-power output isolators as optional units.
Main Features
• Up to 15Watts output power
• Wavelength 1060 – 1080 nm
• Beam quality: M2 ~ 1.1
• Sealed
• Maintenance-free operation
• TTL control interface
• Wall-plug efficiency > 15%
• Fiber delivery length: 1 – 20 m
Applications
• Marking
• Material processing
• Micromachining
• Engraving
• Welding
• Spectroscopy
• Medical
• Imaging
• Pumping
All V-gen Fiber Lasers are RoHS compliant. |
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VCFL-7500: 7.5 Watts CW Fiber Laser
Applications:
• Marking
• Material processing
• Micromachining
• Engraving
• Welding
• Spectroscopy
• Medical
• Imaging
• Pumping
Parameter Specifications:
Operational mode: CW
Wavelength: 1060 - 1080 nm
Nominal output power: 7.5 Watts
Output power tunability: 10 - 100%
Output power stability < 2%
Linewidth (FWHM) 15%
Specifications are subject to changes without prior notice. |
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VCFL-15000: 15 Watts CW Fiber Laser
Applications:
%u2022 Marking
%u2022 Material processing
%u2022 Micromachining
%u2022 Engraving
%u2022 Welding
%u2022 Spectroscopy
%u2022 Medical
%u2022 Imaging
%u2022 Pumping
Parameters Specifications:
Operational mode: CW
Wavelength: 1060 - 1080 nm
Nominal output power: 15 Watts
Output power tunability: 10 - 100%
Output power stability < 2%
Linewidth (FWHM) 15%
Specifications are subject to changes without prior notice. |
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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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* OEM diode laser module
* Emit wavelengths from visible to IR range
* Round and elliptic profiles
* Driver electronics integrated in the casing
* Directly compatible to the LINOS Nanobench
* Adaptable to the LINOS Microbench
* Output power up to 25 mW
* Integral control electronics
* Modulatable versions
* Compact dimensions
* Lightweight |
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SNF Laser:
StockerYale's world-renowned Lasiris™ SNF laser transforms the familiar laser dot into a wide range of structured light patterns including single and multiple laser lines with uniformity down to ±15%. Straight laser lines are projected by allowing one dimension of light to fan out while maintaining tight control over the other, resulting in a uniform sheet-of-light.
What distinguishes the SNF laser from conventional lasers (with cylindrical optics) is the evenness of the illumination pattern. Lasiris™ lasers incorporate a patented optical laser line generator that eliminates Gaussian distribution of the light, resulting in the most uniform laser lines on the market. The design provides superior quality light patterns while avoiding the intricacies of installation alignment and detector calibration.
For applications requiring uniform flat-top illumination, the SNF laser can be easily integrated with the Flat-Top˛ Generator, StockerYale’s refractive beam shaper that converts a Gaussian beam into a diverging, focused, or collimated flat-top profile.
- 635 to 1550 nm
- Power up to 200 mW
- Uniformity down to ±15% for laser line generators
- Wide range of patterns and fan angles
- Focusable
- ESD, over-temperature, over-voltage, and reverse-polarity protection
- Rugged, shock and vibration resistant design
- Two year warranty
Applications
- Machine vision
- Industrial inspection
- 3D contour mapping
- Positioning & visualization
- Biomedical (e.g. flow cytometry)
- High-end alignment |
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| Diode lasers are extremely compact laser beam sources which are the perfect tool for heat conduction welding, brazing and hardening. With an efficiency of more then 30% and the nearly wear-free construction, these small and robust lasers prove successful in industrial multi-shift operation. The rugged and compact size allows easy integration to existing production systems or mounting to robotic arms. |
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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.
OLGDP-200 Series
. Auto Power Control Function
. High Power Stability
. High Reliability
. Low Cost
. 50mW and 100mW models |
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COMPACT Nd: Yag
Ultra-compact laser unit Nd-Yag diode pumped type with vertical exit, equipped with 2 interpolated axis by galvo motion system, suitable for marking, engraving and cutting of most metallic materials as well as non-metallic materials with metal coating, easy to install on new or existing machinery or production line.
Laser source made in the USA in compliance with the strictest military standards.
Optical path fully covered, sealed and dust-proof.
Personal computer integrated in the laser box - monitor and keyboard separate (see "Pack 2" Accessory Kit) - supplied with our Linux RTI MatriX software.
Separate cooling unit, liquid type (with refrigerator).
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| CENTURION DPSS Laser, is a rugged system developed for industrial and scientific applications. Producing up to 40mJ at 1064nm, 100Hz in 8ns pulses, all the harmonics are available and it includes 19" rack power supply. |
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Eumarker is a simple, versatile and economical laser. The diode module can be replaced in a easy, quick and economical way. The long life of the diode allows to extend the Mean Time Between Restoring (MTBR) of the system and consequently a drastical reduction of the operation cost.
System integration of the Eumarker into a laser system is extremely simple.
The Rack power supply is equipped with all the hardware requirements needed to be easily interfaced with external components to build Class 1 system. The signals requested for marking are simply: one analog command of the power and the digital command pen up / pen down.
The high beam quality along with elevated peak power permits the Eumarker to be very aggressive on metals and, at the same time, limiting thermal effect on plastic marking. The 1064 nm wavelength is the most suitable to produce excellent marking results beyond steel and titanium but also aluminium and plastic. |
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When it's a matter of flexible beam guidance, be it for cutting or welding, diode pumped, solid-state lasers, where the beam can be directed through an optical fiber, are the suitable beam sources. The portfolio is rounded off by a patented, modular system of optical fibers and optical-fiber components such as beam switches and power splitters, and by a wide range of processing lenses. Thanks to the almost loss-free transmission of the laser beam via optical fibers, combinations with automated systems and robots are possible. Fast beam switches allow the laser beam to be switched to different workstations, and thus used to their maximum efficiency.
The modular design and long life-time of all solid-state laser components ensure maximum reliability, and make the lasers extremely low in maintenance. A modern, Windows-based user interface ensures convenient operation by touch-screen. |
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Technical Data
Output power stability (over 8 h) < 2 %
Noise (rms) < 0.5 %
Beam quality M2 < 1.2
Ellipticity < 10 %
Beam-pointing stability 200:1
Operating temperature (base plate) 10 °C - 40 °C
Protection class IEC Europe 3B
Protection class CDRH USA IIIb
Dimensions laser head (LxWxH) 100x39x39 mm3
Dimensions controller (LxWxH) 100x39x39 mm3
Cable lenght laser head - controller 1 m
Operating voltage 24 V
AC power pack included |
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The CadiYAG is a compact, diode-pumped solid-state laser. It is designed for maximum reliability.
Several versions of the CadiYAG are available. The basic model operates at 1064 nm with various power levels between 10 W and 120 W cw.
The Q-switched models generate strong pulses with a repetition rate between 0 and 50 kHz. The maximum average power of the Q-switched version is 90 W. Therefore, the peak power of a single pulse is well above 100 kW.
This high peak power combined with the uniform beam quality is ideal for many industrial applications, such as marking, cutting, engraving, trimming, etc.
With frequency doubling, the Q-switched CadiYAG versions deliver strong pulses at 532 nm. The maximum average power is 45 W. The repetition rate can be chosen between 0 and 50 kHz.
The frequency doubling stage uses reliable and durable crystals. This is a precondition for long and maintenance free operation intervals.
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Superior marking speed and quality.
Diode-pumped laser sources for marking and engraving.
End Pumped Solid State Laser solution for industrial laser marking applications. An industrial optical fiber connects the laser Head to the Power Supply unit. The laser diode pump is located in a sealed module inside of the air cooled electronic power supply rack.
Characteristics of the ViolinoTM 3 plus are an excellent beam quality, high peak power, short pulse width. Highly aggressive on metals while at the same time limiting thermal effect for optimum marking of plastics. Ideal for marking a broad range of materials with the best results on steel, titanium, aluminum (bare, anodized or coated) as well as on plastics (such as ABS, Lexan, PES, PET, PVC), polycarbonate and many others.
The simple end-pumped architecture, using a TE cooled diode laser pump with high MTBF, assures the reliability and availability of the system required by many industrial applications including automotive and electronic manufacturing.
Power, long term stability and precision of ViolinoTM 3 plus laser allow successful use in all laser marking applications: ENGRAVING, ANNEALING, ABLATION and COLOR CHANGE. ViolinoTM beam characteristics permits material interaction effects such as vaporization, surface marking, removal of coatings as well as alteration of the molecular structure of a material area without affecting the material as a whole. The result is always a visible and high contrast marking.
Thanks of superior marking speed, power and quality, the ViolinoTM 3 plus allows to do better marking performances in terms of time, contrast and deep engraving, such as a higher power laser. |
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The RBA GOLD is the third generation of diode-pump solid state modules. Complementing the popular RB Plus family of modules, the RBA Gold has all the same features as the RB Plus with an additional integrated circuit board that protects against all major premature failure mechanisms. The RBA Gold features build-in sensors for the monitoring of the diode array and ambient temperatures, humidity as well as warnings for coolant leaks, over current and over voltage problems. These CEO proprietary protection features set a new precedent in the laser industry enabling OEM's to protect their investments and minimize risk. In addition every RBA Gold pump module comes standard with an unrivaled 3-year warranty.
The RBA Gold family of DPSS modules is offered at power levels up to 100 Watts in a simple, compact, and affordable package. It is also an ideal building block in the development or production of medium power rod laser systems, conversion of existing lamp-based laser designs to diode-pumping, or retrofit of existing arc lamp hardware to provide more stable and reliable operation.
The pump module is completely maintenance-free. It incorporates a Nd:YAG laser rod that is efficiently pumped by long life laser diode bars, and delivers excellent gain uniformity and lensing performance. It is ideally suited for multimode applications such as laser marking and can also provide high beam quality for more precise micro-machining and scientific applications.
The RBA Gold is driven by low voltage electronics. Cooling of the laser is accomplished with a simple recirculating water chiller running on filtered water, eliminating the need for deionized water systems. |
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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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The oem OLBDP-900F of series of acres continuous wave blue lasers temperature stabilized modules with photo diode, PD, feedback. This combi nation of produces A laser for industrial application and scientific research. All members OF this series contain width unit coolers tons maintain the lasers operating temperature.
The lasers of modules with PD feedback, offers excellent power stability RK A given temperature, and little fluctuation with changing temperature. |
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All solid state 266nm/355nm UV laser is made features of ultra compact, long lifetime, low cost and easy operating, which is widely used in UV curing, micro-electronics, CD carving, laser medical treatment, scientific experiment, etc.
355nm laser,pulsed and CW mode are all available.
up to 800 mW, 80-240VAC, RoHS, FDA, CE complied |
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| Photonics Industries is a technical leader in the manufacturing of solid state harmonic generation laser systems. We manufacture a wide array of lasers that can be used for a number of applications in a variety of different fields. For more information on a specific product line, please choose one below. |
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All CNI Laser modules including infrared laser,visiable laser, all can be fiber coupled as your require. You also have to refer to the detailed specs of the laser modules (such as power, stability, noise, size, etc) to decide which laser you choose for fiber coupling.
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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| Photonics Industries is a technical leader in the manufacturing of solid state harmonic generation laser systems. We manufacture a wide array of lasers that can be used for a number of applications in a variety of different fields. For more information on a specific product line, please choose one below. |
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Model LCM-T-111-20, LCM-T-111-10, LCM-T-111-1
(with output power of 20, 10, 1 mW CW respectively)
High reliable product industrially verified during many years
>10,000 hours lifetime
Small in size and easy-to-install T-series laser modules provide gas-laser beam quality and semiconductor laser module size.
LCM-T-series module incorporates driving electronics, therefore no additional driver for laser diode is required. In order to operate the module just 3.3 VDC voltage should be applied to input of the laser.
Each LCM-T-series laser module features an active power stabilization control loop. This control loop monitors output radiation of the laser module and maintains it at constant level within wide temperature range. Spherical-mirror laser cavity provides perfect and stable beam geometry. Two-lens output optics yields well collimated, centered and aligned ray of light.
Fan heat sink accessories are available.
All above allows to consider LCM-T-series modules as the best quality-to-price ratio decision for many applications.
AC version - complete laser system, model name LCS-T-11 with 3 mW output at 532 nm. |
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The 532nm DPSS green laser module is a compact, self-contained laser module designed for use in industrial alignment, medical and scientific applications where a highly visible beam is required.
It produces a very visible circular output beam of <2.0mm diameter and output powers of 0.9mW and 4mW with a maximum operating current of 250mA.
Power stability is better than 5% over 7 hours. Modulation capability of 0-1kHz is standard.
In addition, the module uses a front facet monitor photodiode to maintain a stable output power, as opposed to using the internal monitor of the laser diode, which is often less responsive.
The green laser module consists of an anodised aluminium housing, laser diode, drive circuit and collimating lens. Electrical connections are made via external flying leads.
Line generator options are available on request - contact our sales department for more information. |
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| Photonics Industries is a technical leader in the manufacturing of solid state harmonic generation laser systems. We manufacture a wide array of lasers that can be used for a number of applications in a variety of different fields. For more information on a specific product line, please choose one below. |
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Models: LCS-T-12 (complete laser system with 50 mW CW output at 1064 nm, has AC Power Supply),
modules LCM-T-112-100, LCM-T-112-10
(with output power of 100, 10 mW respectively, operating from 3.3 V DC)
High reliable product industrially verified during many years
>10,000 hours lifetime
Small in size and easy-to-install T-series laser modules provide gas-laser beam quality and semiconductor laser module size.
LCM-T-series module incorporates driving electronics, therefore no additional driver for laser diode is required. In order to operate the module just 3.3 VDC voltage should be applied to input of the laser.
Each LCM-T-series laser module features an active power stabilization control loop. This control loop monitors output radiation of the laser module and maintains it at constant level within wide temperature range. Spherical-mirror laser cavity provides perfect and stable beam geometry. Two-lens output optics yields well collimated, centered and aligned ray of light.
Fan heat sink accessories are available.
All above allows to consider LCM-T-series modules as the best quality-to-price ratio decision for many applications. |
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Laser sources
