UW Laser has always attached importance to the development of its own laser technology and independently developed various types of lasers. Starting from the YAG laser series, UW Laser has been expanding the types and coverage of lasers, especially focusing on the optimization of lasers in the field of welding, emphasizing the welding quality and energy control, refining the laser and parameter attributes suitable for different processing scenarios to achieve the best welding results.

The application scopes of UW’s complete sets of laser welding automation equipment across the new energy power battery and energy storage industries mainly include square shell cells, square shell modules and PACKs, soft pack battery cells, soft pack modules and PACKs, cylindrical battery cells, cylindrical modules and PACKs, bipolar plates for fuel cells, electric stack strap welding, etc.

The application scopes of UW’s complete sets of laser welding automation equipment across the automotive industry mainly include engine exhaust manifolds, cylinder head gaskets, high-pressure manifolds, oxygen sensors, transmission shift forks, half shell components, automotive steering systems and brackets, guide tubes, steering wheel assemblies, etc.

The application scopes of UW’s complete sets of laser welding automation equipment across the consumer electronics industry mainly include mobile phones, computers, tablets, and smart wear industries such as soft pack batteries, button batteries, mobile phone antennas, mobile phone shrapnel, connectors, fingerprint readers, etc.

The application scopes of UW’s complete sets of laser welding automation equipment across the sensor industry mainly include MEMS pressure sensors, diffused silicon pressure sensors, diaphragm pressure sensors, temperature sensors, oxygen sensors, pressure transmitters, weighing sensors, etc.

UW’s Laser welding equipment and intelligent manufacturing solutions are widely used across the electronic relay industry, including general-purpose power relays, magnetic retention relays, automotive relays, communication relays, new energy relays, and other fields.

UW Laser's welding equipment and intelligent manufacturing solutions are widely used in general power relays, magnetic latching relays, automotive relays, communication relays, new energy relays and other fields in the relay industry.

UW’s laser welding equipment features high welding quality, accuracy, sealing, and safety. It is widely used in the welding production of endoscopes, surgical forceps, catheters, zebra guide wires, disposable stone extraction baskets, disposable airway guide wires, nasobiliary drainage catheters, and so on, effectively solving the practical difficulties that microdevices in the medical device industry cannot be precisely processed. At the same time, the problem of structural sealing is taken into account in the design of the equipment, which effectively solves the problem of pollution prevention in high-purity medical device production sites.

According to the state of tin material when laser welding, it is divided into solder paste, tin wire, and tin ball. Compared with traditional soldering processes such as wave soldering, reflow soldering, manual soldering, and iron soldering, laser soldering has the advantages of high welding efficiency, accurate welding position control, and good solder joints' consistency. It is very suitable for precision welding of small and microelectronic components, circuit boards with complex structures, and PCB boards.

As a new welding method, laser plastic welding has the advantages of non-contact welding, high welding accuracy, high welding strength, beautiful welding seam, no vibration, no dust overflow, easy automatic integration and mass production, and convenient product switching. It has already begun replacing some of the traditional plastic welding methods and is widely used in precision welding applications such as auto parts, electronic sensors, and medical equipment.