Material compatibility is determined by a few factors including surface energy and polymer chain length, but the most important consideration is to find plastics with similar or overlapping melting temperatures. The latter helps us determine what products we show you on our site and elsewhere, and to measure the number of visitors to our websites. The combination will create a diversified photonics technology company with significantly increased scale and market reach. This design for a waterproof jacket has laser-welded seams, which are more effective as a water barrier than stitched and taped seams. They are robotized and automatically manage the positioning of the part under the laser source.
Create virtually seamless joins for practically any consumer product or packaging application. Hermetic sealing systems that offer precision and speed to lower your assembly costs. A particulate-free process creates exceptional aesthetics and enhances design freedom. Scalability and faster cycle times improve yield rates, while our patented Simultaneous Through-Transmission Infrared process provides premium solutions not available anywhere else.
Laser welding machines have the following advantages compared to other conventional welding machines. Due to the small heat-affected zone of laser welding, rapid heating concentration, low thermal stress, and therefore are integrated circuits and semiconductor device housing packaging, showing unique superiority. Italy’s Fiat used laser welding in the welded assembly of most steel sheet components. In the 1990s, the United States General Motors, Ford and Chrysler companies have gone so far as to introduce laser welding into automotive manufacturing, although it started late, the development of rapid.
Laser plastic welding, also often referred to as through-transmission welding, is a process of bonding plastic using focused laser radiation. Our spot welders are perfect for anyone needing a precise tool with maximum versatility in welding metals. The ergonomic design helps the operator remain comfortable as they create or repair metal parts. CLC’s laser welding technology rooted from the project in 2015 for transcatheter heart valve welding for Edwards Lifesciences. The different applications possible with each laser type are very dependent on the wavelength of light produced, which dictates the form of energy absorption in the plastic. But if you include the costs for capital equipment, floor space, overhead, and labor—that data to the right—things get more interesting.
One of the primary strengths of our technology is the heat dissipation system, which allows for high power operation of laser equipment for continuous work. Laser equipment is used in a variety of applications such as the production of mobile phones, electronic components, clocks and watches, medical products, and many other fields. Are you looking for a compact, efficient and ergonomic 3D laser welding system for processing small assemblies such as sensors, rotationally symmetrical components and medical devices?
This type of welding is suitable for applications that require high speeds and for thin welding with low thermal distortion. The welds produced using the laser stir welding process, in general, exhibited a wider fusion zone than the welds produced without beam manipulation. Today, welding is an innovative mounting technique that is used in all areas. While the technique itself is widespread, some of its processes are not yet as well known and underused. Laser welding falls into that category and, despite its false reputation as a complex process, offers many unparalleled advantages in terms of speed, technology and costs. UW150RT Small footprint Rotary Table workstation for marking, cutting and welding applications.
The reliability and stability of weld forming is an important issue related to the practical and industrialization of laser welding technology. Laser welding usually requires a certain amount of defocus, because the power density at the center of the spot at the laser focal point is too high and tends to evaporate into a hole. According to the welding application, there are fusion welding head, brazing head, and laser welding head.