Support & Info
685 ComboPak. Many of you have been waiting on this compact, display-less controller that integrates both a low-noise laser driver and temperature controller inside a single instrument. It has the same performance you've come to expect from our other bench-top instruments, and is perfect for low-power applications that require excellent performance at an affordable price.
- 100mA, 500mA, 1A, or 2A laser outputs
- 3A / 3.5V / 10.5W TEC
- Hardware safety features
- Analog laser modulation
- Digital I/O
- CE Marked
For non-EU customers, the ComboPak is shipping now. For EU-customers, it will be just a few weeks more before we have our RoHS-compliant materials in-house.
A new "beam tool" developed by LIMO as part of a research project brings to mind the famous marketing slogan "There's always a clever head behind it." from the Frankfurter Allgemeine Zeitung, one of Germany's major daily newspapers. The special feature of this new compact laser head is its zoom function, which delivers a processing flexibility capable of handling an incredibly wide range of surface types.
The head measures 148 mm long with a diameter of 50 mm and is enclosed in an aluminum housing. As part of the ALPS project, this laser zoom processing head was developed at the Dortmund-based LIMO Lissotschenko Mikrooptik GmbH as a new beam shaping module for surface processing. Though the prototype is no more than half the size of the typical baton used by relay runners, it converts a continuous output of 1.0 kW (maximum short-time output: 2.5 kW) from glass fiber to a line focus – despite its miniature dimensions. "This is an extremely compact processing head which stands apart mainly thanks to its zoom adjustment feature," notes Dr. Thomas Mitra, Head of the Micro-optics Development Department. "The new tool can be used to make specific modifications to the line length during processing. This means that the laser beam can be set to trace contours or adapted to fit individual workpieces." The ability to quickly and easily adjust the zoom during processing decreases the amount of setup time required. This results in greater process flexibility and therefore also enables economical laser processing of workpieces in small batch sizes.
Dr. Mitra goes into greater detail for laser experts: "The extremely compact size was made possible by a new optical concept in which two special micro-optics are used to directly handle homogenization and length adjustment. Conventional setups first homogenize beams with micro-optics and then typically require three additional optics to adjust the line length along one axis."
Initially developed for the production of solar cells (wavelength of 808 nm to 1064 nm), this concept could also be used in laser plastic welding to adapt the line width (0.2 mm to 0.6 mm) or length (4 mm to 12 mm) to individual workpieces – without switching the laser or replacing the processing head. According to Dr. Mitra, the laser head is particularly beneficial where lasers are used to weld plastics, since it allows even those parts to be welded which have varying widths along the weld seam. Because of its compact and lightweight design, the new beam tool can also be easily mounted on a robot arm or translation stage.
Using this concept as a starting point, LIMO is currently working to develop additional beam shaping modules for outputs of 6 kW and 10 kW. Thanks to a motorized zoom adjustment feature, these modules will also be suitable for automated processes and capable of handling larger, freely variable profiles (incl. adjustability on two axes). In addition to plastic welding, this compact technology can also be used in metal hardening and roll cladding.
The four letters of the project acronym stand for "adapted laser processes for silicon solar cells". In the ALPS project, the Fraunhofer Labor and Service Center Gelsenkirchen is partnering with companies in the laser industry (including LIMO) to lower photovoltaic energy costs through the use of adapted laser technology in solar cell production. Supported by the German state of North Rhine-Westphalia and the European Union, the project is centered around laser technology involving shaped intensity profiles that will ultimately be used in efficient new production machines.
Read our monthly Group Newsletter!
We have a Brand New Logo, and therefore we redesigned our site. Read more about SK-Advanced rebranding in Jan 2014 Newsletter.
[New product] Pulsed 1064nm compact laser for hard environments SK unveils X1064QS, a very compact and robust DPSSL with a passive Q-switch, capable of delivering pulses shorter than 2ns with pulse energy of 40µJ.
This laser adds to the recently released x-series, a concept where our experience in spatial design has been applied making it a high performance and ultracompact laser suitable for hard environments.
[New product] New high power pumping head for medical and industrial applications
PH-3600-QCW-YAG6 is a high power cavity, delivering 3600W of pumping power and 1200W of 1064nm laser light. It is our newest development and it is specially intended for industrial and medical applications.
[New product] New sapphire tip for hair removal products
SK presents an evolution of the best-selling LBS-8020-8x8 adding a cold sapphire tip with a great cooling power, so making the integration of the laser easier and more efficient while its use is even safer.
[Achievement] Hair removal lasers: More than 2.000 units and 10 years without any complaints
SK hair removal products. This superb reliability adds to their extended lifetime thanks to our proprietary clamping technology, making hair removal lasers be recognized as a leader in the industry.
[Achievement] 10.000 scanning laser modules sold
More than 10.000 units of our OEM pre-focused tiny laser diode modules have been sold. The excellent optical features of these lasers made them a big success in the medical and imaging markets.