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| Elforlight SPOT Industrial 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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| The ScanMatePro® series is the sixth generation of Coherent's legendary pulsed dye professional 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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In 2001, with industry showing ever greater interest in treating or preparing surfaces with switched solid-state industrial lasers (deflashing, cleaning, deoxydation, marking, etc.), Quantel launched the Yasmin line of nanosecond-pulsed laser systems.
Since the materials to be treated are very diverse, Yasmin switched Nd:Yag lasers can emit in the infrared (1064 nm), visible (532 nm) or ultra-violet (355 nm) spectrum. Five models are currently available. |
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The L series is a range of modest power scientific professional 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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V-gen's advanced manufacturers of fiber lasers are short-pulse, Ytterbium fiber industrial 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 references. 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
- Brazing
- 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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FLS - pulsed Nd:Yag laser manufacturers
FLS series professional lasers are flexible work-horses with high average power and peak power for deep penetration cutting, splicer 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 manufacturer
SLS series professional 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 splicer 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 manufacturer
KLS series professional 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 professional filters to Automotive Industry
Scribing of connecting rods to Automotive Industry
Spot soldering 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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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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Multiwave Photonics offers a state-of-the-art Pulsed Seed Professional laser as a high performance, compact and cost effective OEM module. The module is designed as a pulsed seed laser source for feeding Yb-doped fiber industrial booster professional amplifiers or other appropriate optical amplifiers to produce high energy pulses with pulsewidth and repetition rate that are selectable over wide ranges, as appropriate for marking, micromachining, medical and other applications. The module also serves as an excellent source for fiber-optic sensing.
Key features and advantages
-Center wavelength in the range 1030 nm – 1080 nm
-Pulse peak power up to 0.75 W
-Operates as fast electrical–to–optical industrial converter with 100 MHz bandwidth
-Pulsewidth and repetition rate can be selected over wide ranges
-Pulsewidth range: 10 ns – 250 ns
-Repetition rate range: Single–shot – 500 kHz
-Narrow spectral width option available (<0.5 nm)
-Internal bias and temperature control electronics
-Robust OEM enclosure with integrated heat sink
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VPFL-2000-SP: 2 Watts short-pulse (5 nsec)
APPLICATIONS:
• LIDAR
• Range finding
• Spectroscopy
• Medical
SPECIFICATIONS:
Operational mode: Short pulse (5 nsec)
Wavelength: 1060 - 1080 nm
Average output power: 2 Watts
Repetition rate: 50 - 100 kHz
Pulse width: 5 - 50 nsec
Pulse energy (max): 40 µJ
Peak power (max): 8,000 Watts
GENERAL PARAMETERS:
Operational voltage: 12 VDC
Dimensions: 300 X 120 X 50 cm
Fiber length: 150 cm (other options available)
Output fiber collimator: 8 mm diameter (other options available)
Output beam parameters M2 < 1.5
Specifications are subject to change without prior notice. |
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VPFL-5000-SP: 5 Watts short-pulse (5 nsec)
APPLICATIONS:
• LIDAR
• Range finding
• Spectroscopy
• Medical
SPECIFICATIONS:
Operational mode: Short pulse (5 nsec)
Wavelength: 1060 - 1080 nm
Average output power: 5 Watts
Repetition rate: 50 - 100 kHz
Pulse width: 5 - 50 nsec
Pulse energy (max): 100 µJ
Peak power (max) > 10,000 Watts
GENERAL PARAMETERS:
Operational voltage: 12 VDC
Dimensions: 300 X 120 X 50 cm
300 X 120 X 95 cm (with heat sink)
Fiber length: 150 cm (other options available)
Output fiber collimator: 8 mm diameter (other options available)
Output beam parameters M2 < 1.5
Specifications are subject to change without prior notice. |
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The OP750 multichannel source can be configured for a mix of up to 24 individual or switched LED or professional laser sources.
A single wavelength LED sources feature and internal large core fiber to guarantee an overfill condition into 62.5/125 or 50/125 multimode fiber available for the wavelength 850nm and 1300nm.
The single wavelength sources for 1310nm and 1550nm are terminated with standard 9/125 fiber. A dual wavelength option, 1310nm and 1550nm into a single port is available as well (12 channel version only). |
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| The FP 100 equips you ideally for your entrance in to the world of direct marking metals and plastics. The FP 100 is a flatbed professional laser based on a pulsed manufacturer of fiber laser source. For you, the combination of these two technologies means speed, flexibility, quality and long life. |
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Welding units WS 8000 and WS 8000S offers an exclusive technology with very high frequency pulsed current (4000 Hz). This technology confers very high level performs and incomparable features for a small size and weight.
The impulses are furnished in continuous current to optimise the brazing quality. The welding time of 10 ms and 50 impulses by second confer quality, homogeity and high efficiency of the welds.
The high range of the delivered power, permits to weld very important thicknesses, with real precision in the regulation not only for intensity and welding tie but not for impulse shape too. These parameters can be chosed separatly.
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