All machine components satisfy the high demands that you also have for your products. Laser welding plastic is cleaner, safer, more accurate and more repeatable than other more traditional methods of welding plastic components. We are backed by solid experience which ensures that the technology offered is future proof, cost efficient and accurate. Advantage of being tied up with Tampoprint AG as its pad printing Partner, Spinks World is able to do smart integrations of both the technologies to bring the best to its customers in the most inventive and economical ways.
The importance of the higher M2 values becomes more apparent with welding. The single mode Laser still has a place particularly for deep welds on micro components where the small cross-sectional area can be an advantage. This means that more of the energy from a 1µm source is absorbed into these metals than with a 10.6µm source. Edge preparation involves removing material from a cutting tool in order to extend its life. That may sound counterintuitive, but a maker of glass molds says edge prep has dramatically reduced the amount it spends on tools.
However, an increase in pulse width decreases the peak power, so increasing the pulse width is generally used for heat conduction welding methods, forming a wide and shallow weld seam size, especially for lap welding of thin and thick plates. In the process of a laser pulse signal, the reflectivity of the metal changes with time. Therefore, high power density is very beneficial for material removal processes such as punching, cutting and engraving.
It needs to be determined with actual uses because its supporting product quality, service are not all the same, and the power requirements are also different, etc. You can bring your samples to MORN LASER laser factory for proofing test to determine your welding plan, or email your product images with detailed description. The LASERDYNE 811 fiber laser system addresses the next generation of laser processing challenges, including additive manufacturing, and offers high-speed welding, drilling, and cutting capabilities. Low to medium power CW fiber lasers can be focused to small spots with galvanometers and long focal length lenses allowing remote laser welding. There are many advantages to using longer focal length lenses with a larger stand off as it increases the work area significantly. For example, remote welding stations equipped with fiber lasers can weld complete door panels.
Each machine can be configured with a wide range of standard and customized chamber sizes, power requirements, energy saving features, rapid cycling, and more. Common to the Beamer platform are the ultra-stable switched-mode power supplies, reliability, high performance and throughput. The systems are ready for process monitoring, be it for preventive maintenance, to trace parts or to view repeatability. The Beamer can be ordered with either a 3 kilowatt or 5 kilowatt power supply depending on your weld penetration requirements. Markolaser- laser marking machines are the ideal solutions for businesses looking for inscription quality, precision & reliability for branding, decoration, manufacturing and traceability tasks using lasers, whatever the sectors may be.
Using negative defocus can increase penetration, while in pulse welding, positive defocus will make the weld surface smoother and more beautiful. This waveform can be adjusted appropriately when welding samples of different types. The slow-down part of the welding waveform has a longer pulse width, which can effectively reduce the occurrence of pores and cracks. The rising phase of the waveform is to provide greater energy to melt the aluminum alloy.
This gives more room for the manipulation of the workpiece, making the welding of joints with complex geometries possible. In traditional welding using a flame or electrical arc, changing over from one material to another involves changing the flame temperature of the intensity of the electrical arc. Lasers work much in the same way in that their intensities can be adjusted to make them suitable for different materials. The main benefit of lasers in this context is that they can have pre-set parameters for different materials, making changeovers a lot smoother. In looking at the benefits and drawbacks of laser welding technology, it’s more worthwhile to compare it to traditional welding techniques – those that use a gas flame or an electrical arc.
Optimization and Performance Optimize your operation through advanced welding processes, training and weld data monitoring. This letter is to inform you how pleased SRG Global is to call your organization Alpha Laser Solutions an “Partner”. The Knowledge and Integrity Alpha has brought to SRG Global as a first time purchaser of laser products has been very successful in our Transformation. Because of your support and Stewardship Covington has progressed down the path of Self- Actualization and exploring other opportunities using lasers. It is worth while to point out that the instructor that has been to SRG Global Covington on several occasions creates great value in his knowledge share and Humility. With its precise application, laser hardening can be performed on localized areas instead of entire components and can create a harder surface than traditional heat treating.