ORLANDO, Fla., January 30, 2025--(BUSINESS WIRE)--Laser Photonics Corporation (NASDAQ: LASE) ("LPC"), a leading global developer of industrial laser systems for cleaning and other material processing ...

Lasers have been used to weld together plastic parts for decades, but until recently the technology had one major disadvantage: it could not be used to weld clear polymers. Recently, high-powered ...

Laser plastic welding has grown in popularity for medical applications because it reliably joins a wide range of materials, including dissimilar materials. At the same time, the process uses no ...

Manufacturing advances, including inkjet and tabletop dispensers, now make this a viable alternative in low and high-production applications. In laser welding, a part absorbs electromagnetic energy ...

Figure 1. Various test samples that have been laser welded in an applications lab (a) and a low-density polyethylene fluid container welded with a diode laser system (b). Direct welding of plastics is ...

Industrial lasers are used to process engineering plastics across many markets. Some examples of the common processes are shown in Figure 1, including laser marking, cutting, and welding.

Laser welding of plastic is quick, precise, and generates little waste, but it does have its limitations. The process involves shining a laser beam through the edge of an upper sheet of plastic and ...

As car designs become more compact and complex, manufacturers increasingly rely on ultrasonic welding solutions to assemble ...

Laser welding of plastics is now a convenient and flexible technique that is proving popular for joining automotive parts and medical equipment as well as consumer products. Most people are familiar ...

UItrasonic welding is a method of joining two parts by converting electrical energy into heat energy by high frequency mechanical vibration and is suitable for plastics and metals. One part of the ...