Energy Storage Bolt Welding Machine Rises to ProminenceEfficient, precise, and low splatterOur strengths are widely applied in the automotive industry, with the following 5 typical scenarios and specific cases:
Body structure welding
Application Scenarios：
Key components such as the white body frame (e.g., A/B/C pillar reinforcement plates), door hinges, and hood lock.
Technical Advantages：
Welding cycle ≤ 0.5 seconds, suitable for automated production line pacing (such as 60JPH lines).
Melt deep control accuracy ±0.1mm, ensuring reliable connections for high-strength steel (such as 1500MPa).
Case：
Tesla's Model Y utilizes stud welding to connect the aluminum alloy battery tray to the steel body frame.
2. Component Assembly
Typical Component：
Parts requiring bolt connections, such as seat bracket, dashboard crossbeam, and airbag bracket.
Process Advantages：
No pre-drilling required; directly weld M6-M12 studs to reduce assembly procedures.
The post-welding stud verticality is less than 0.5°, facilitating subsequent nut tightening.
Case：
Bosch ESP system brackets incorporate pillar weld integrated sensor mounting holes, boosting production efficiency by 30%.
3. Aluminum Welding
Technical Challenge：
Aluminum alloy has high thermal conductivity, and traditional welding is prone to deformation.
Solution：
Instantaneous energy concentration for energy storage welding (peak power > 1MW), reducing the heat-affected zone.
With pulse waveform control, prevent the collapse of the molten pool.
Case：
In the all-aluminum body of the Audi A8, stud welding is used to connect the battery housing to the coolant piping.
4. New Energy Vehicle Battery Pack
Key Applications：
Battery module connection with cooling plate/end plate requires conductivity >20mΩ and vibration resistance >5G.
Process Features：
Multi-pulse welding technology prevents copper foil burn-through.
Welding spatter <0.1g, preventing short circuit risks.
Case：
BYD's Blade Battery Tray utilizes stud welding to connect 48 modules in series, achieving a high welding pass rate.
5. Interior fittings fastening
Typical Component：
Sky windows tracks, luggage racks, handrail supports, and other visible parts.
Process Advantages：
No spatter welding, no need for secondary sanding, enhancing the interior aesthetics.
Weld heat-affected zone is minimized to prevent plastic part deformation.
Case：
The Mercedes-Benz S-Class roof rack now features stud welding instead of riveting, reducing weight by 15% and improving NVH performance.
Tech Trend Developments
Intelligentization：
Welding parameter automatic matching system (such as AI algorithms based on base material thickness/anchor bolt diameter).
Modular：
The Gun Head Quick Change System supports various bolt specifications (M4-M16) and is adaptable to mixed-line production.
Digitalization：
Weld quality online monitoring (such as real-time calculation of penetration depth, integrated X-ray defect detection).
SummaryThe storage bolt welding machine has become a key process for the lightweighting and electrification of vehicles, with its high efficiency and precision perfectly aligning with the modern automotive manufacturing's high pace and quality demands.
