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Automatic riveting


With the growing demand for lightweight designs and enhanced battery safety in new-energy vehicles, rivet-clamping technology is experiencing explosive growth. In the new-energy sector, traditional welding can easily cause thermal deformation in aluminum battery housings, while screw connections carry the risk of loosening. Thanks to its advantages in cold-forming processes, rivet-clamping has become a core connection solution for battery trays, body structural components, and energy-storage devices.

Why choose? Automatic riveting

01 Alternative Welding

No thermal deformation, protecting the surface treatment layer of the material (such as anodizing, electroplating).

02 Alternative Nut (tapped)

No tapping required—quickly create reliable internal threaded connections on thin sheets of aluminum alloy, steel, and other materials, completely eliminating issues such as stripped threads and thread loosening.

03 Alternative Adhesive

No curing time required, instant load-bearing capability, and detachable for maintenance.

CoreAdvantage

Provide practical solutions tailored to the needs of different customers.

High Compatibility Connection Technology

High Compatibility Connection Technology

Specifically designed for thin-walled structures made of aluminum, steel, composite materials, and more, this solution avoids material deformation or coating damage typically caused by conventional welding. It is well-suited for precision joining applications such as new-energy vehicle battery trays, lightweight body components, and sheet-metal enclosures.
Non-destructive riveting process

Non-destructive riveting process

Constant-force control technology prevents thin plates from collapsing or deforming, ensuring structural integrity. Special rivet designs—such as waterproof and corrosion-resistant rivets—meet stringent requirements for sealing, rust prevention, and earthquake resistance.
High-efficiency automated production

High-efficiency automated production

Seamless integration with robotic production lines to achieve unmanned riveting. High-speed riveting cycle time meets the mass-production demands of new-energy vehicles, energy-storage devices, 5G cabinets, and other applications.
Stable and reliable quality

Stable and reliable quality

100% real-time monitoring of tensile force and stroke ensures that each rivet achieves the optimal tightening condition. No missed rivets, no loose connections—compliant with industry standards for automotive, aerospace, telecommunications equipment, and other sectors.

SolvePlan

Automotive industry

Automotive industry

Automotive industry

Automotive and New Energy Vehicle Industry

Automotive manufacturing has extremely high demands for the reliability and lightweight design of component connections. Automatic pull-riveting, which can be adapted to riveting different materials (steel, aluminum, and composite materials), is one of the core application scenarios.

01

Automotive and New Energy Vehicle Industry

Automotive manufacturing has extremely high demands for the reliability and lightweight design of component connections. Automatic pull-riveting, which can be adapted to riveting different materials (steel, aluminum, and composite materials), is one of the core application scenarios.

02

Automotive and New Energy Vehicle Industry

Automotive manufacturing has extremely high demands for the reliability and lightweight design of component connections. Automatic pull-riveting, which can be adapted to riveting different materials (steel, aluminum, and composite materials), is one of the core application scenarios.

03

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Automatic Riveting Case 1

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Automatic Riveting Case 2

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Automatic Riveting Case 3