Since the introduction of the first automobile, automobiles have been destined to become catalysts for human economic development. After more than a century of development and refinement, scientific and technological advances in automobile technology have been profound. The automotive manufacturing industry has flourished, demanding not only aesthetically pleasing designs, but also performance that meets certain standards to make a car model successful. As automotive assembly processes mature and quality optimization improves, strength becomes more robust. In addition to material optimization, assembly processes have improved in quality, with many processes involving the use of adhesives.
• Engine Sealings:
Sealing is a critical aspect of engine assembly. Prior to dispensing technology, manufacturers often used custom molded seals. However, with the introduction of dispensing technology, traditional seals are gradually being replaced, eliminating the need for custom seals. Automated equipment can easily meet the requirements of sealant application through simple programming, ensuring uniformity and stability in dispensing. Industrial automation dispensing equipment plays a critical role in achieving this.
• Engine Lubricating Grease:
Lubricating grease is widely used in motors. With the rise of automation technology, industrial automation dispensers are gradually replacing manual grease application, ensuring consistent grease application and improving production efficiency.
• Engine Thread Lockers:
To ensure long-term stability, thread lockers are introduced into engine assembly. Automated dispensing remains an essential part of the process to ensure thread locker stability over time.
Automotive electronics effectively improves comfort, moving from mechanical to digital dashboard, from mechanical power steering to electronic power steering, and from manual adjustment to electric adjustment...
Automotive electronics significantly improve safety with features such as tire pressure monitoring, front and rear radar systems, backup cameras, adaptive cruise control, airbags, ECU alarm monitoring...
The development of automotive electronics is closely linked to the precise control of electronic control units (ECUs) and various components. The most critical link to the ECU is the printed circuit board (PCB). Achieving reliability in PCBs often involves the application of adhesives, including coating processes, potting processes, pin encapsulation, red glue, and RTV bonding.
In recent years, the emergence of new energy vehicles has led to a steady increase in the proportion of electric vehicles as environmental requirements have become more stringent. Battery technology has also developed rapidly. The assembly of battery modules relies on adhesive bonding. Heat dissipation within battery modules relies on the application of thermally conductive adhesives. Protection of battery modules requires the application of coating processes.
Axxon is closely involved with the automotive industry, paying close attention to adhesive applications within the automotive sector.
