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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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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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Performance and quality.
Compact laser source for spot welding
Laservall’s Kubo family for spot laser welders is based on the use of innovative solutions for precision welding applications.
Characterized by its compact and ergonomic design, the Kubo source is available with power levels from 20 to 100 W.
This power range and a simple advanced user interface make the Kubo family suitable for basic manual workstations and for integration into automatic welding systems.
Advanced Pulse Filling™ and Pulse Modeling - PWM technology, enabling the creation of specific laser pulse shapes for optimizing the quality, strength and physical appearance of welds;
the Fiber Optic Delivery System enabling extremely even distribution of the energy throughout the weld spot (Flat Top Beam Profile);
the Off-Line Feedback system for improved long term power stability.
Kubo’s OFF-LINE feedback feature enables the system to offset automatically any lamp degradation or optical misalignment.
This important feature ensures a stable output power throughout the life of the lamp, ensuring consistent performance and long lamp life.
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This laser with the characteristic to allow customers of moulist of the versatility. Thus, thanks to its telescopic arm equipped with binocular, you have the possibility of using it on small prints but also of large moulds. Its source developing 80 Joules, with the characteristic to weld all types of steel (ferrous and non-ferrous) and that until strong hardnesses.
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A family of compact and rugged q-switched lasers suited to a multitude of applications including mask repair, LIBS, LIDAR and spectroscopy.
The Nano series of pulsed Q-switched Nd:YAG lasers have been designed to satisfy the demands of customers today. With industry leading performance in every respect, and unsurpassed design and build quality, the Nano series sets the new benchmark for laser systems today.
A rugged and compact design suits these lasers to the most demanding of applications, that include, mask repair, LIBS, PIV, Spectroscopy and LIDAR.
Additionally a short pulse version of the Nano S is available giving pulse widths of 60mJ at 1064nm.
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Among the Teem Photonics offer, our Q switched Nd:Yag laser Microchip family allows to generate high peak power IR, Green, or UV pulses of a few hundred picoseconds, this with an economical, compact, and reliable solution.
-The SNP (infrared 1064nm), SNG (green 532nm), SNV (UV 355nm), SNU(UV 266nm) series are designed for high average power up to 400 mW with pulse energies up to 15uJ, with free running repetition rates up to 40kHz
-The SFx series allow users to select up to three fixed frequencies, set at the factory, from 10Hz to 4kHz
-The 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(> 20kW per pulse)
- Variety of frequency options (Free running up to 40kHz, Fixed frequency&triggerable up to 4kHz)
- Excellent beam quality (Gaussian, TEM00, M2<1.3 )
- Efficient, air cooled (Typically dissipates <10W and consumes < 20W)
- Extremely long life
(expected lifetimes exceeding 10,000 hours)
-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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Inlite Series : Industrial Q-switched Nd:YAG laser system
Continuum introduces a new high energy YAG laser platform designed for Industrial and OEM applications. Providing high levels of performance, Inlite features a hardened design for reliable operation in harsh environments. The robust structure ensures long-term thermal and mechanical stability and features easy flashlamp replacement without realignment of the laser oscillator.
The modular power supply comes in both rack mount and tower configurations. Options and accessories are available to simplify integration. Inlite systems are perfect for remote sensing, sample testing, mass spectroscopy, LIF, LIBS and other high energy applications.
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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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Powerlite Series : Energy through Efficiency
Efficiency is the cornerstone of the Powerlite Series, because efficiency is the key to high performance in high energy Nd:YAG lasers. Continuum's Powerlite Series (Powerlite Precision 8000, 9000's and Precision Plus) provides reliable high performance in a compact package. Unsurpassed in energy, the Powerlites range from 550 mJ to 3 J at 1064 nm, again with harmonic options for 532 nm, 355 nm and 266 nm outputs. Available with
injection seeding option, double pulse option (DPO), or the Beam Access Package.
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NL300 series electro-optically Q-switched nanosecond Nd:YAG lasers provide up to 800 mJ per pulse with excellent stability. They can be operated from a standard outlet and with water-air heat exchanger eliminating the need for external cooling water. The NL300 series lasers are an excellent choice for many applications, including laser ablation and marking, OPO pumping and other critical tasks. A compact laser head measures only 48 cm (less than 20 inches) and fits nicely into tight spaces. Optional second (SH, 532 nm), third (TH, 355 nm) and fourth (FH, 266 nm) harmonic generator modules are designed for easy attachment and removal. Power supply and cooling units are also compact and easily accommodated under tables.
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General description:
The Spitlight Hybrid series offers compact Nd:YAG laser systems which combine the superior beam quality of diode pumping with the high peak performance achieved by flashbulb amplification.
All Spitlight hybrid models are equipped with a Q-switched diode-pumped resonator which generates a high quality beam profile due to the optimized configuration and arrangement of the pump diodes. The downstream amplifier with flashlamp causes the outgoing beam to be of very high energy density (pulse energy up to 800mJ and repetition frequency up to 200 Hz) while losses in the Q-factor of the beam profile are minimized.
The InnoLas hybrid series is comprised of models with different configurations, performance and repetition frequency. The harmonic frequency can be multiplied up to the 5th harmonic while maintaining very good efficiencies. The exceptional beam quality predestines the Spitlight hybrid for demanding applications such as the pumping of OPOs (optical parametric oscillators) or spectroscopic applications such as the laser-induced breakdown spectroscopy (LIBS) as well as the laser-induced plasma spectroscopy (LIPS). With its high repetition frequency and pulse energy, it is also suitable for applications which require maximum power output.
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