Industry Trends For Resistance Welding
Resistance welding, invented at the end of the 19th century, is a process that joins overlapping pieces of metal through the application of force and electric current Today, resistance welding i s a widely used welding technology in the field of industrial welding, wh ich co nsume s less energy , is easy to automate and o ffers other advantages. A nd i t is widely used in the production line of electronics, home appliances, automotive and other industries. The market demand shows an increasing trend, and the resistance welding industry has great development prospects.
1
Technological progress
With the continuous development of technology,resistance welding industry is also constantly improving , n ew resistance welder s and technology continues to emerge , s uch as laser resistance welding, ultrasonic resistance welding, multi-head resistance welding, etc. At the same time, with the introduction of artificial intelligence(AI), big data and other technologies, the intelligent and adaptive control of resistance welding has also been g reat ly improved, wh ich further promot es the technological progress of resistance welding.
2
New energy development
With the rapid development of the new energy industry, resistance welding is increasingly used in the new energy field. For example, in the production of solar cells, resistance welding is used to weld battery cells and frames kohtaan improve the stability and reliability of the battery. In the production of new energy vehicles, resistance welding is also used to weld a variety of metal parts t o improve vehicle safety and driving performance W ith the continuous development of the new energy industry, resistance welding wi ll have b roa der a ppli cati on p ro spe cts in this field
3 Teollisuusautomaatio
With the continuous improvement of industrial automation, resistance welding is increasingly being used in automated production. New resistance welder s are usually equipped with automatic feeding and picking devices ja can automatically complete welding, inspection, correction and other processes, which greatly improv es production efficiency and product quality. At the same time, through t he käyttää o f industrial robots and other equipment, you can realize fully automatic production, further improve production efficiency and reduce production costs
4 Quality control
Qu ali ty con trol in r esistance welding has always been the focus of the industry. With the continuous development of technology, new resistance welder s are usually equipped with advanced control systems and sensors, which can monitor the welding process and nugget formation in real time, detect and solve problems in time, and improve welding quality. At the same time, the introduction of non-destructive testing technology can realize the comprehensive detection and quality control of weldin g to ensure product quality and safety.
5 Environmentally friendly
With the continuous improvement of environmental protection awareness, the environmental dem ands on welding technology are also increasing. Resistance welding is a clean and efficient welding p roce ss t hat on a b et te r en viro nmen tal per f orman ce , compared kohtaan traditional welding pr oces ses, wh ich p rodu ce fu me s ,e m i ssio ns and other pollution problems . At the same time, the new resistance welder s also focuses on energy saving,emission reduction and resource recycling, further reducing the environment impact . In the future development, resistance welding will continue to move towards more environmentally friendly, efficient and sustainable development
Above all, the resistance welding industry will continue to benefit from technological innovation and market demand ja wil l need to adapt to changes in environmental regulations and the u se of new materials. With further developments in automation and digital technology, this field will become more efficient and sustainable, and the ma rk et for resistance welding is huge.