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| Products 121 to 150 of 275 |
StarShape
The new StarShape series from Rofin/Baasel Lasertech provides a large number of different lasers for micro-material processing. All StarShape series applications have one thing in common: the precise, local, selective ablation of areas of the surface of a component or tool by vaporization or vaporization-induced displacement of the molten mass.
The lasers in the series can be used to structure surfaces, drill through-going or blind holes, or remove selected layers of substrates precisely to the micrometer. The materials that can be processed range from metals through ceramics and diamonds to plastics.
To cover most of ablating micro-material processing, the StarShape series includes both Nd:YAG lasers in cw or Q-switched versions, and CO2 lasers. The available wavelengths thus range from green to within the infra-red end of the spectrum. Interaction times from the few nanoseconds of end-pumped solid state lasers up to the continuous-wave range, offer suitable laser solutions for all of the above-mentioned applications. |
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The CFR200 was designed to meet the needs of industrial, scientific and medical applications such as LIDAR, PIV and remote measurement. The system, based on BSLT's experience in military defense lasers, was designed for easy use in even the harshest environments.
Whether you are looking for a laser to operate in "real-world" applications, or simply looking to free up room on your lab table, the CFR200 may be your answer.
Both the CFR200 and the CFR400 come equipped with a compact case that includes an air/water cooler and electronics. The CFR400 has the same dimensions as the CFR200, but delivers twice as much energy. |
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Lasers for Particle Image Velocimetry
Continuum has designed lasers specifically for PIV (Particle Image Velocimetry) studies. By adapting proven Minilite, Surelite, Inlite and Powerlite technology, Continuum makes systems to simplify the task of flow visualization |
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A suite of dual cavity lasers designed specifically for PIV applications. Compact and rugged for indstry and research alike.
The construction of the Nano series of PIV laser systems is extremely robust. They have been developed as industrial tools that can be handled without worry of misalignment or damage. The PIV head is formed by an aluminium gauge-plate onto which two standard Nano-series heads are mounted. The output beams are combined by dielectric polarisers and then frequency doubled, and if desired can be frequency tripled, quadrupled or quintupled.
Many of the Nano PIV systems are powered by a single power supply unit, making the overall package both powerful and portable. There are two twin power supplies available, the LPU450-PIV and the LPU550-PIV, the latter allowing outputs of 200mJ at 532nm at 15Hz from each laser.
The laser system is controlled via a remote controller. All trigger and synchronisation signals are TTL compatible, and each laser is controllable entirely independently.
All Nano laser heads have a verified electronic intra-cavity safety shutter as standard, which ensures that the lasers cannot be started with the shutter open - an important safety feature. |
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| Designed for efficient single mode operation around 1060 nm when cladding pumped at 808 nm. |
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Continuum has extensive experience integrating our core technologies into industrial and medical markets. Our product platforms are flexible and readily integrated, speeding product development cycles in a competitive environment.
Our obligations as a strategic partner to our OEM customers
prohibit us from sharing their names or their applications. Please contact your local Continuum representative to discuss your specific requirements. |
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Research Electro-Optics, Inc. offers a variety of standard and OEM Helium Neon laser products:
Standard cylindrical laser heads, high power laser systems and 5-color tunable laser system.
Power supplies used to drive our standard cylindrical laser heads.
Cylindrical Laser Heads and Laser Systems: 543nm (Green), 594nm (Yellow), 612nm (Orange), 633nm (Red), High Power 633nm (Red), |
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The OLGDP-300F series are OEM continuous wave green laser modules with Photo Diode, PD, Feedback. This combination produces a suitable laser for industrial application and scientific research.
The laser module with PD Feedback, offers excellent power stability at a given temperature, and little fluctuation with changing temperature. The 200F Series however, outperforms the 300 Series where wide temperature range is required.
OLGDP-300 Series :
. Compact Package
. High Power Stability
. High Reliability
. Low Cost
. 10mW and 20mW models |
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The 405nm laser modules are designed for applications such as biomedical instrumentation, imaging, spectroscopy, fluorescence sensing, microscopy and many other emerging technologies.
The compact and efficient 405nm laser modules produce either an elliptical output beam of 4 x 1.5mm with output power of 4mW, or a 2mm circular output beam with output power of 0.9mW. The glass AR coated optical lens may be adjusted to produce either a collimated beam or focused spot. The standard lens may be replaced by other optical systems such as line generators.
The laser is extremely stable and reliable and offers the added advantage of TTL modulation input which will accept signals from DC up to 1 kHz minimum. TTL modulation can be used to enable, inhibit or modulate the laser.
Operating voltage is from 8V to 12V DC at an operating current of 90mA, or 100mA. Beam divergence is <0.6mrad for the circular output beam and <0.6 x 0.3mrad for the elliptical output beam. Operating temperature range is -10°C to +50°C.
The modules are cylindrical with an optional 25mm mounting flange and consist of an aluminium housing, laser diode, drive circuit and collimating lens. Mechanical dimensions are a compact 12 mm diameter x 43mm length. Electrical connections are made via external flying leads. |
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| Typical performance and characteristics: -wavelength range 1380-2000nm (signal) and 2280-4670nm (idler) -max output power 2x20mW(signal) and 2x50mW(idler) -linewidth < 50 kHz -frequency drift < 50 MHz/h applications: trace gas detection, high-resolution melecular spectroscopy, metrology, material investigation |
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Applications:
- Spectroscopy
- Sensors
- IR communications
- Surgery
Features:
- Robust fiber laser pump source
- Interchangeable wavelength modules
- Up to 800cm-1 tuning per module |
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The SUPER RAPID is an amplified version of the RAPID. It consist of a sealed, compact laser head and a power supply; it only requires an ordinary mains connection.
The internal cooling system makes it independent from environmental conditions.
The included intuitive software controls all laser functions via internal industrial PC; an optional DLL allows to control the laser via external net work.
The laser output consist of 10 ps-pulses at 1064 nm with excellent beam quality (M²<1.3) for ideal focussing.
The pulse energy varies with pulse repetition rate (200 µJ @ 0-10 kHz up to 20 µJ @ 500 kHz, 10 W).
The ps-pulses (or programmed pulse sequences) can be triggered internally, externally on demand or externally gated with an internally set repetition rate. |
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The RAPID series of picosecond lasers are designed for industrial microprocessing; they offer a new level of precision and versatility.
The RAPID series - integrated into a work station - can ablate (micromill) any material without thermal side effects, without force onto the work piece and with high precision (µm-range lateral, about 10 nm depth control).
The RAPID consist of a sealed, compact laser head and a power supply; it only requires an ordinary mains connection.
The internal cooling system makes it independent from environmental conditions.
The included intuitive software controls all laser functions via internal industrial PC; an optional DLL allows to control the laser via external net work.
The laser output consist of 10 ps-pulses at 1064 nm with excellent beam quality (M²<1.2) for ideal focussing.
The pulse energy varies with pulse repetition rate (30 µJ @ 0-10 kHz up to 4 µJ @ 500 kHz, 2 W).
The ps-pulses (or programmed pulse sequences) can be triggered internally, externally on demand or externally gated with an internally set repetition rate. |
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Applications:
- LADAR/ Rangefinding
- Surveillance
- Mapping
- Sensing
- Seed for power Amp
Features
- Fully self contained
- Ultra Low Jitter
- High beam quality
- Optical trigger out (to)
- EMI filtering MIL-STD-461E
- Transient protection MIL-STD-704F |
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| The ScanMatePro® series is the sixth generation of Coherent's legendary pulsed dye laser design. With it's proven core technology-such as the pressure-sealed opto-mechanical design of the oscillator/preamplifier block-ScanMate Pro features the narrowest bandwidth, highest conversion efficiency, fastest scan speeds and best frequency stability in the dye laser industry. All this capability has been hooked up with today's most advanced electronic controls and lab communication software-resulting in the most powerful spectroscopy tool ever offered. |
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| Elforlight SPOT Lasers, previously only available at 1064nm and 532nm, now has a UV version at 355 nm. SPOT-UV produces pulses at <1.5ns (typically 1ns) at repetition rates from single shot up to 10kHz. |
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FLS - pulsed Nd:YAG laser
FLS series lasers are flexible work-horses with high average power and peak power for deep penetration cutting, welding and drilling at high throughput.
Due to their modular design more than 30 different laser models are available.
Typical applications and markets
2D and 3D-cuts up to 20 mm thick
Cutting of metal sheets, tooling parts and hard metals up to 5 mm thickness
Drilling of cooling holes into aerospace components and lubrication holes into automobile power-train parts
Spot & seam welding of challenging materials and material combinations
High-speed SHADOW welding applications
Multiple applications to subcontractors
Technical characteristics
Outstanding beam quality at high peak power & average power
High flexibility due to unique resonator design
Beam delivery via fibers and / or hard optics
State of the art RTPS technology through
- High pulse to pulse stability
- Peak-power control, high-resolution pulse forming, pulse-on-demand,
power burst
- High pulse energy and long pulses up to 100 ms
- High duty cycles up to 90%
Multiple interface options & user-friendly laser control
Easy integration into existing or new systems
Technical Specification
Average power, max.
1000 W
Pulse length
0.1 - 100 ms
Pulse repetition rate
0.1 - 1000 Hz
Pulse energy, max.
150 J
Peak power, max.
50 kW
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SLS 200 - pulsed Nd:YAG laser
SLS series laser has been exclusively engineered to process materials via Fiber Optic Beam Delivery. Due to their modular design more than 30 different laser models are available.
Typical applications and markets
Precision seam & spot welding of challenging materials and material combinations
Extended capabilities for joining of brittle or high carbonized steels
Smooth weld surfaces, especially for biocompatible materials
Hermetic, pressure-tight and crack-free welds
High-speed SHADOW welding applications
Precision cutting, drilling and other kinds of micromachining
Technical characteristics
Fiber Optic Beam Delivery up to 6 outputs, Fiber diameter 50 - 600 µm
State of the art RTPS technology through
- Exciting pulse to pulse stability down to 0.5% even for lowest peak power
- High pulse energy & long pulses up to 100ms
- Peak-power control, high-resolution pulse forming, pulse-on-demand, power burst
Unique RTCP technology through
- Real-time of check of actual laser performance, lamp life and power reserve
- Control & monitoring of each single laser pulse with read-out capabilities
Active water or air-cooling, depending on power output
Multiple interface options
Easy integration into production
Technical Specification
Average power, max
10 - 220 W
Pulse length
0.1 - 100.0 ms
Pulse repetition
0.1 - 500 Hz
Pulse energy, max.
70 J
Peak power, max.
7.0 kW
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KLS 246 - pulsed Nd:YAG laser
KLS series lasers provide excellent beam-quality and high peak power, which are ideal for fine cutting, drilling, scribing, precision joining and multiple-use applications. Due to their modular design 6 different laser models are available.
Typical applications and markets
Fine cutting of challenging fine sheets and thin-walled tubules to Medical Device Industry and Electronics
Precision drilling of thin material like fuel filters to Automotive Industry
Scribing of connecting rods to Automotive Industry
Spot welding of electrical contacts or hermetic sealing of housings
Multiple applications to subcontracters
Technical characteristics
Outstanding beam quality at high peak power
Conventional beam delivery, optional Fiber beam delivery with up to 6 outputs
Compact and modular design
Multiple interface options
Easy integration into production
Technical Specification
Average power, max.
15 - 250 W
Pulse length
0.012 - 20 ms
Pulse repetition, max.
5000 Hz
Pulse energy, max.
50 J
Peak power, max.
5.5 kW
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At the heart of each Continuum laser system is a very high efficiency pump chamber to couple the flashlamp light into the Nd:YAG rod. Through the use of a diffuse reflector concept, Continuum is able to produce high gain with low heat buildup in the overall system. The result is superior beam quality and excellent passive beam pointing stability without the use of the costly active locking technology used by other companies. Continuum offers five laser platforms based on this technology:
- Powerlite: High power Nd:YAG laser systems
- Surelite: High performance Nd:YAG laser systems
- Inlite: Industrial Nd:YAG laser systems
- Minilite: Compact Nd:YAG laser systems
- Leopard: Picosecond Nd:YAG laser systems |
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Nano O Series Ultra Compact Pulsed Nd:YAG Lasers
Ultra compact q-switched pulsed Nd:YAG lasers for industrial applications such as mask repair, LIBS and spectroscopy.
The Nano O is the smallest in the range with the head measuring just 230mm x 78mm x 55mm. It has been specifically designed for incorporation into OEM equipment. It offers energies of up to 100mJ per pulse and repetition rates of up to 50Hz, although the maximum power loading on the lamp will determine the maximum energy and repetition rate for a given application. An air cooled option is available in applications where a water supply is not desired such as portable LIBS applications. |
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The L series is a range of modest power scientific lasers featuring superb beam quality, with reduced linewidth options for spectroscopic applications.
I4 series are slm versions up to 700mW, suitable for injection seeding, sensing, amplification etc.
Available at 1064, 1340, 1319, 1047 and 1053nm |
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The YLP Series are maintenance-free MOPFA and Q-switched pulsed Ytterbium fiber lasers designed for OEM applications.
These lasers deliver a high power 1.07nm laser beam directly to the work site via a flexible metal-sheathed fiber cable. Collimated, and then typically focused to a spot size of a few microns or less, the near diffraction-limited beam can mark, drill or machine a variety of materials.
YLP Series provides a wide choice of pulse durations, repetition rates and peak powers. |
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V-gen's advanced fiber lasers are short-pulse, Ytterbium fiber lasers in MOPA configuration. The system's TTL control interface can be used to operate and tune the various laser parameters (output power, pulse energy, repetition rate and pulse width).
A sealed system in an all-fiber configuration, the VPFL is housed in a robust assembly that meets industrial standards. A reinforced or armored fiber cable delivers the output beam. V-gen also offers output isolators, collimators and focusers as optional units.
APPLICATIONS:
- Marking
- Material processing
- Micromachining
- Welding
- Spectroscopy
- Medical
- LIDAR
- Range finding
MAIN FEATURES:
- Up to 1 mJ pulse energy
- Up to 20 Watts average output power
- Wavelength 1060 - 1080 nm
- 50 - 200 nsec (tunable) pulse width (5 nsec for SP versions)
- 10 - 100 kHz (tunable) repetition rate
- Sealed, maintenance-free operation
- Wall-plug efficiency >10% |
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Model: LCS-DTL-314QT (532 nm, 25 µJ) with
features:
-Output in green at 532 nm
-Pulsed mode of operation with short pulse duration <10 ns
-External / internal triggering
-Range of Pulse Repetition Rate: 0 - 10 kHz
-OEM version and complete laser systems are available
Model DTL-319QT (527 nm, 60 µJ, 100 µJ) with features
-Output in green at 527 nm
0Pulsed mode of operation with short pulse duration <10 ns
-External triggering
-Range of Pulse Repetition Rate: 0 - 5 kHz
-OEM version (with 24V DC Power Supply) is available |
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Power and stability.
Diode-pumped laser sources.
ViolinoTM GREEN, which is one of the product of the Laservall DPSS family,manufactured with an extensive experience and success of ViolinoTM family, is based on the mechanic optical architecture of Second Harmonic Generation (SHG) INTRACAVITY technology.
The INTRACAVITY technology allows a very extensive life of the LBO non-linear crystal together with high beam quality and stability that is ideally used for applications which a short wavelength (532nm) is more suitable in comparison with the I.R. laser radiation.
The result is an innovative laser solution with higher average power with economical operation features and easiness of use and maintenance.
The ViolinoTM GREEN can be used with scanning head for different industrial applications: process of plastics, changing surface color for legible marks without burning and ablation of thin films with no alteration of the substrate material.
All the advantages of the ViolinoTM platform (power stability, reliability and air cooling) have been maintained also on this laser.
As per the ViolinoTM laser family this GREEN laser can be easily integrated in production line for the automotive industries and solar cell scribing, LCD Scribing and Semiconductor wafer dicing. |
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Model 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
-OEM version and complete laser systems are available
Model LCM-DTL-329QT (1053 nm, 200 µJ, 300 µJ) with
features:
-Output in infrared at 1053 nm
-Pulsed mode of operation with short pulse duration <10 ns
- External triggering
- Range of Pulse Repetition Rate: 0 - 5 kHz
-OEM version (with 24V DC Power Supply) is available |
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Characteristic of the Violino 2 is the excellent beam Quality necessary for marking a broad range of materials.
Best results on steel, titanium, aluminium (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, which is equired by the standards of many industrial applications including automotive and electronic manufacturing.
The large potentiality of Violino 2 on different materials makes this laser usable in almost all industries whether reliability and efficiency are the most valuable features requested. Other applications include: lasting mark on mechanical parts, decorative design marking on dashboard or cellular phone keyboard, marking of electronic components and identification marking on surgical instruments. |
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Laser sources
