Driven by the rapid expansion of the new energy industry, sectors including power batteries, energy storage equipment, new-energy vehicle components and photovoltaic supporting facilities are undergoing critical intelligent manufacturing transformation. Demands for lightweight design, high safety and superior stability have set strict standards for component fastening processes. Traditional welding and bolt fastening methods can no longer meet the precision manufacturing requirements of new-energy products. Professional riveting presses, with their advantages of precision, high efficiency and reliability, deliver one-stop high-efficiency fastening solutions, helping the industry improve quality, boost productivity and pursue green upgrading.
Core components of new-energy products feature complex structures and are mostly made of aluminum alloy, high-strength steel and composite materials, requiring extreme performance in connection strength, tightness and surface flatness. Adopting a non-welding and non-drilling cold-extrusion fastening principle, riveting presses tightly interlock rivets or studs with sheet metal via pressure without damaging base materials. Free from thermal deformation, burrs and poor joints, they are ideal for processing battery pack housings, electronic control boxes, charging pile enclosures and photovoltaic brackets. The technology effectively avoids safety risks such as loosening, liquid leakage and corrosion caused by conventional processes, ensuring long-term stable operation of new-energy equipment.
Compared with conventional fastening equipment, intelligent riveting presses support digital and automated upgrades that align with smart factory transformation. Equipped with precision pressure control systems and intelligent detection modules, they monitor riveting force, stroke and depth in real time to guarantee consistent fastening quality and low reject rates. Integrated with automatic feeding and positioning jigs, they connect seamlessly to production lines for continuous operation, shortening production cycles significantly. For mass production of new-energy vehicle chassis parts, battery trays and energy storage cabinets, riveting technology cuts labor costs and rework losses, enabling enterprises to reduce costs and improve efficiency.
In addition, riveting processes are eco-friendly, consistent with the low-carbon development philosophy of the new-energy industry. No welding consumables, waste gas or smoke are generated during processing, with low noise and pollution suitable for modern dust-free and energy-saving workshops. Featuring a compact structure and easy operation, riveting presses flexibly adapt to various component specifications for flexible production. They support both large-batch standardized manufacturing and small-batch customized processing, matching the rapid iteration and multi-variety production characteristics of the new-energy sector.
Intelligent manufacturing upgrade starts with reliable fastening. As the new-energy industry pursues higher precision, efficiency and safety, riveting presses serve as core precision fastening equipment. By continuously optimizing processes and upgrading technologies, they provide stable and high-performance fastening solutions to advance new-energy component manufacturing, laying a solid technological foundation for the high-quality development of new-energy vehicles, energy storage and photovoltaics, and driving China’s new-energy intelligent manufacturing to new heights.
Hot News
EN
