To improve the laser-welding of thick steel components, Laser Center Hannover (LZH) is developing a new type of process for hybrid laser arc welding with thick wire. When welding thick sheets, large ...

How can global manufacturers maintain high precision across increasingly complex production lines? What drives the tran ...

Copper remains one of the most challenging materials to process in modern manufacturing. Its high thermal conductivity and extreme reflectivity often baffle traditional welding methods. Conventional ...

Research center Laser Zentrum Hannover (LZH) is researching ways to make welding thick plates in shipbuilding more reliable. The scientists are developing a multi-laser beam welding process with ...

Friction stir welding (FSW) is not necessarily a new welding process, but the implementation of it was slowed significantly ...

Traditional plastic bonding techniques often struggle to meet these evolving standards. Chemical adhesives frequently introduce Volatile Organic Compounds (VOCs) and require significant curing time.

In-space manufacturing is a big challenge, even with many of the same manufacturing methods being available as on the ground. These methods include rivets, bolts, but also welding, the latter of which ...

A high-power (120kV, 60kW) electron-beam welding system has been developed for the first time in the country, paving the way to the domestic production of a local vacuum** high-power electron-beam ...