AMADA WELD TECH highlights their latest advancement in weld monitoring technology, the TP-AWS3-A Touchscreen Panel for Weld Monitoring. In today’s global commerce traceability and accountability is of utmost importance, an integrated, accessible, and all-inclusive monitoring system is necessary. 

AMADA WELD TECH, innovator of creative joining and metal processing solutions and BMZ Group, a global specialist in lithium-ion battery manufacturing, are pleased to announce their latest deal. BMZ signed to invest over €11 million, acquiring welding systems from AMADA WELD TECH, for its battery production. This major investment in BMZ’s German production capacity is dedicated to serve growing demand in the booming energy storage solutions market.

AMADA WELD TECH’s own specialist Dr Marcin Alexy addressed the main challenges of joining applications in electrical vehicle manufacturing at the International Welding Conference in Poland and Slovakia. At this conference welding specialists gathered to discuss new opportunities in welding engineering.

AMADA WELD TECH will be showcasing a variety of precision laser welding equipment at EuroBLECH 2022, stand (12-D02), taking place 25-28 October 2022, in Hanover, Germany. On display in the show’s joining, welding, and fastening sector will be the Jupiter series of modular systems for precision joining, the CM-D500A compacting module, the WM-200A Industry 4.0-ready networked resistance weld monitor, and the MM-L400A real-time laser welding process monitor.

The new AWS3 Pneumatic Active Welding System is a unique system that combines pneumatic weld heads and weld pincers with an inverter weld controller. The complete system is an integrated solution unifying process control, monitoring, and quality analysis, one that is ideal for welding applications in electronics, medical engineering, and automotive sectors.

Az akkumulátor teljesítménye csak olyan jó, mint a cella és a fül csatlakozása. Számos hegesztési technikát alkalmaznak, de minden esetben a kötés minősége közvetlenül kapcsolódik az alkatrészek tisztaságához. A felületi szennyeződések, például szerves vegyületek, zsírok, olajok, korróziógátló szerek és más, a gyártás során általában használt vegyületek gyenge fúzióhoz, repedésekhez és porozitáshoz vezethetnek az ízületekben.