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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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Model LCS-DTL-374QT
Complete laser system LCS-DTL-374QT with pulse energy 20 µJ at 355 nm, pulse length of <7 ns operating with external/internal triggering at pulse repetition rates from 0 to 10 kHz, has AC Power Supply.
Features:
Pulsed mode of operation with short pulse duration
Beam profile - Gaussian, TEM00
Application fields:
Mass Spectrometry (MALDI TOF), Laser microdissection, LIDAR, Testing equipment, High Technologies R&D
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Models:
- LCM-T-111-20, LCM-T-111-10, LCM-T-111-1 (with output power of 20, 10, 1 mW CW accordingly);
- - LCS-T-11 (complete laser system with 3 mW CW output at 532 nm, has AC Power Supply).
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 price-to-quality ratio solution for many applications.
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Models:
- laser modules LCM-T-112-100, LCM-T-112-10
(with output power of 100, 10 mW respectively, operating from 3.3 V DC)
- LCS-T-12 (complete laser system with 50 mW CW output at 1064 nm, has AC Power Supply)
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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Model: LCS-DTL-314QT (532 nm, 25 µJ) with
features:
-Output in green at 532 nm
- Max. Average Output Power (Typ. at 2.5 kHz) >40 mW
-Pulsed mode of operation with short pulse duration <10 ns
-External / internal triggering
-Range of Pulse Repetition Rate: 0 - 10 kHz
- Beam profile - Gaussian, TEM00
-OEM version and complete laser systems are available
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Model LCM-DTL-319QT (527 nm, 100 µJ, 60 µJ) with
features:
-Output in green at 527 nm
-Pulsed mode of operation with short pulse duration - 6±3 ns
- External triggering
- Range of Pulse Repetition Rate: 0 - 5 kHz
- Pulse Energy Stability (StDev.) <4%
- Beam profile - Gaussian, TEM00
-OEM version (with 24V DC Power Supply) is available
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Models:
LCM-DTL-329QT (1053 nm, 300 µJ, 200 µJ) with features:
-Output in infrared at 1053 nm
-Pulsed mode of operation with short pulse duration - 7±3 ns
- External triggering
- Range of Pulse Repetition Rate: 0 - 10 kHz
- Pulse Energy Stability (StDev.) <1.5%
- Beam profile - Gaussian, TEM00
-OEM version (with 24V DC Power Supply) is available
LCS-DTL-324QT (1064 nm, 100 µJ) with features:
-Output in infrared at 1064 nm
-Pulsed mode of operation with short pulse duration <10 ns
- External / internal triggering
- Range of Pulse Repetition Rate: 0 - 10 kHz
- Beam profile - Gaussian TEM00
-OEM version and complete laser systems are available
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Model LCS-DTL-382QT (266 nm, 3 µJ)
Features:
Pulsed mode of operation with short pulse duration 6 mW
Beam profile - Gaussian, TEM00
AC and OEM version with 24V DC Power Supply are available
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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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Marking Made Easy.
The laser source includes the scanning head, digital controls and monitoring functions. The whole unit and its mechanical base are covered with high tech polyurethane design case.
Ulyxe is extremely simple and easy to integrate also into turnkey systems and industrial production lines. Standard 24V DC power supply and a PC with USB connection is all that is needed to make a "laser marking system".
The operator can easily interact and monitor the most important laser status and functions with a user friendly LCD / TOUCH SCREEN control display.
Low energy consumption, maintenance free, USB connectivity and most of all an extremely long life of the diode make this Laservall marking laser source a breakthrough in the market.
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Fiber Pigtailed - Sub-ns Microchip Lasers
Horus Laser designs, manufactures and sales picoseconds microchip lasers based on a new technology. The great competence of its experienced engineering team in the field of microchip lasers made it possible to develop simple, effective and robust designs and to give rise to products with unique performances and specifications on the market.
This HLF version (fiber pigtailed) allows an optimal integration of the lasers into all-fibers systems (modules of supercontinuum generation, optical fiber amplifiers...) !
HLF-I (Infrared) at 1064 nm with singlemode output fiber.
Pulses width from 600ps to 2ns and repetition rates from 5 to 100kHz. Average output power from 100 to 320mW.
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AVIA Family of DPSS Lasers
High-power, Q-switched lasers for a wide range of materials processing and micromachining applications at wavelengths of 266 nm, 355 nm and 532 nm.
Key AVIA Advantages :
- Maximum Uptime and Availability
- Better Performance by Design
- Manufactured to Meet Your Requirements
- Global Service and Support
AVIA is a family of diode-pumped, solid-state, Q-switched lasers, offered at wavelengths of 532 nm, 355 nm and 266 nm, with output powers as high as 38W at 532 nm. The beam quality, high repetition rate and high output power of AVIA lasers combine to minimize the heat-affected zone in micromachining applications.
These characteristics, plus their proven reliability and low cost of ownership make AVIA lasers suitable for a wide range of demanding, high-precision processing tasks. These include via drilling, silicon wafer sawing and scribing, solar cell manufacturing and electronic package singulation.
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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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532nm - Sub-ns Microchip Lasers
Horus Laser designs, manufactures and sales picoseconds microchip lasers based on a new technology. The great competence of its experienced engineering team in the field of microchip lasers made it possible to develop simple, effective and robust designs and to give rise to products with unique performances and specifications on the market.
HLF-G (Green) at 532 nm.
Pulses width from 600ps to 1ns and repetition rates from 5 to 50kHz. Average output power from 30 to 150mW.
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1064nm - Sub-ns Microchip Lasers
Horus Laser designs, manufactures and sales picoseconds microchip lasers based on a new technology. The great competence of its experienced engineering team in the field of microchip lasers made it possible to develop simple, effective and robust designs and to give rise to products with unique performances and specifications on the market.
HLF-I (Infrared) at 1064 nm.
Pulses width from 600ps to 2ns and repetition rates from 5 to 100kHz. Average output power from 100 to 500mW.
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Among the TEEM PHOTONICS offer, our Q switched DPSS UV laser Microchip family allows to generate high peak power pulses at 355nm (SNV Microchip family) or 266Nm (SNU Microchip family) of a few hundred picoseconds, this with an economical, compact, and reliable solution.
-SNV and SNU series are designed for high average power, either from pulse energies up to 2uJ at 266nm, with free running repetition rates up to 40kHz
-SFx series allow users to select up to three fixed frequencies from 10Hz to 4kHz
-STx series enable the user to trigger the laser on demand, varying the period from 100ms to 500As, pulse to pulse from 10Hz to 4KHz.
They are specialized for utilization in applications as Material processing, Biophotonics, Instrumentation, Laser-induced fluorescence (LIF),Micro dissection,Organic compound marking and micromachining,Biohazard detection,Time resolved fluorescence,Laser Induced Breakdown
Spectroscopy (LIBS),Semiconductor inspection
Features & Benefits:
-Ultrashort picosecond Nd:Yag pulses (As low as 550ps durations )
- High peak power(Can exceed 20kW per pulse)
- Variety of frequency options
(Free running to 40kHz, Fixed frequency&triggerable to 4kHz)
- Excellent beam quality (Gaussian, TEM00, M2?1.3 )
- Efficient, air cooled (Typically dissipates <10W and consumes < 20W)
- Extremely ultra-violet long life
(expected lifetimes exceeding 10,000 hours (consult factory for details))
-Licensed Technology
(Passively Q-switched pico-second microchip laser:US Patent 5394413)
Optional features:
- Connector receptacled for multimode fiber coupling
- Photodiode output for synchronization
- Manual controls for CDRH compliance
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A new generation of automatically tunable laser system in Littman/Metcalf configuration is offered. The laser systems offers a high output power of typically 100mW over a large tuning range with complete user remote control. Special features are:
High optical power
- output power up to 150mW
- excellent quantum efficiency
- high fiber coupling efficiency
Excellent tuning behavior
- coarse and fine tuning modes
- fine tuning via piezo actuator with a resolution better than 10MHz
- manual coarse tuning up to 30nm at 780nm or 830nm
- large mode-hop free tuning range of up to 100GHz and more
Narrow linewidth
- linewidth 50dB
High flexibility
- system with wavelength of 760nm to 1080nm are available, further wavelength are under development
- free beam and fiber coupled versions available
- constant current and constant power operation modes
Plug & Play configuration
- automated piezo tuning with power read-out
- remote control via GPIB, RS232 and USB
Applications for the new laser generation include:
- Spectroscopy und optical process control
- Master laser for THz generation
- Optical cooling and trapping, BEC
- Absolute distance interferometry
- Laser and OPO seeding
- Non-linear optical processes
- Characterizing of fiber optical systems
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The Infrared wavelength of the Pico Second DC series is a long wavelength, short pulse laser used in a variety of applications. This DC version of the PS series comes in a compact, air cooled design with an average power of up to 5 W.
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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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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 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.
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Photonics Industries' deep UV lasers can be configured to produce Q-Switched outputs at 266 nm or 263 nm wavelength in a closed-loop, water cooled configuration.
This series of lasers are available in Nd:YAG, Nd:YLF, and Nd:YVO4 platforms. This variety allows our customers to have the ability to select a laser that best fits their application. Based on the inherent properties of the laser crystals, the DS Series provides a large range of pulse energies, pulse repetition rates, and pulse widths.
The DS series with a deep UV wave length has an average power up to 4 Watts. These lasers produce excellent TEM00 beam quality with M2<1.1 and come with Q-switched output from Single Shot up to 100 kHz pulse rate.
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Photonics Industries' Green lasers can be configured to produce Q-Switched outputs at 527 nm or 532 nm wavelength in a compact, air-cooled design.
This series of lasers are available in Nd:YAG, Nd:YLF, and Nd:YVO4 platforms. This variety allows our customers to have the ability to select a laser that best fits their application. Based on the inherent properties of the laser crystals, the DC Series provides a large range of pulse energies, pulse repetition rates, and pulse widths.
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Photonics Industries' Infrared (IR) lasers can be configured to produce Q-Switched outputs at 1064nm or 1053nm wavelength in a compact, air-cooled design.
This series of lasers are available in Nd:YAG, Nd:YLF, and Nd:YVO4 platforms. This variety allows our customers to have the ability to select a laser that best fits their application. Based on the inherent properties of the laser crystals, the DC Series provides a large range of pulse energies, pulse repetition rates, and pulse widths.
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Diode-pumped solid-state (DPSS) microchip lasers are an exciting new tool for OEM applications that combines the beam quality of a gas laser and the small size and efficiency of a diode laser with single-line output in the blue (473 and 488 nm), green (532 nm), or yellow (561 nm).
Melles Griot lower power DPSS lasers are convection cooled. Higher-power systems include integral forced-air cooling. Our DPSS lasers come in a variety of package configurations and are available in OEM quantities as high as several thousand a year. Request for special designs, tailored to a specific OEM requirement, are always welcome.
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Laser micromachining as the material processing technology on small and very small scale is finding numerous real world applications. Together with the newest technologies diode-pumped solid-state (DPSS) lasers are moving from research laboratories to production lines.
PL10100 – a picosecond high power and high pulse energy laser – from the very beginning is designed to be a versatile tool for variety of industrial material processing applications.
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