Riveting
In the field of precision manufacturing, the press riveting process has become a key development direction in connection technology. Compared with traditional welding and bolted connections, our press riveting solution offers significant advantages: an advanced constant-force control system ensures precise and stable riveting force; an adaptive die design enables reliable joining of dissimilar materials such as aluminum and steel; and full-process automation not only boosts efficiency but also guarantees consistent process quality. Particularly in critical applications such as battery housings for new-energy vehicles and lightweight vehicle bodies, this technology delivers core benefits including zero thermal deformation, resistance to loosening, and elimination of post-processing requirements—providing a superior connection solution for modern manufacturing.
Why choose? Automatic riveting ?
01 Compared to welding More reliable
No thermal deformation, maintaining material properties.
02 Compared to bolts More efficient
No pre-drilling required, one-step molding.
03 Compared to traditional riveting Smarter
Data is controllable, and quality is traceable.
CoreAdvantage
Provide practical solutions tailored to the needs of different customers.
Precise control by Hengli
Adopting a servo closed-loop pressure system, the riveting force is precisely controlled to prevent overpressure or underpressure, ensuring consistent strength at every rivet point.
It is compatible with various materials (aluminum, steel, composite materials), intelligently matching the optimal pressure curve to eliminate material deformation or cracking.
Protect the integrity of the substrate
Cold forming processes avoid the heat-affected zone (HAZ) caused by welding, thereby preserving the material’s original strength.
Particularly suitable for applications that are sensitive to deformation, such as battery trays for new-energy vehicles and lightweight vehicle bodies.
Addressing industry-specific process pain points
It can be integrated with robots or production lines to enable unmanned operations and reduce the risk of human intervention.
It supports complex structures such as deep holes, curved surfaces, and multilayer boards, breaking through the limitations of traditional riveting.
Quality traceability
Each rivet’s data—pressure, displacement, and time—is recorded throughout the entire process and supports integration with MES systems.
Data is monitored in real time, with automatic alerts triggered upon detection of anomalies, effectively preventing batch defects.
SolvePlan
RelevantProduct
View more products >
CaseVideo
View more videos >