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As a premier industrial manufacturer and equipment supplier, we proudly present the Advance Horizontal Double-sided Automatic Welding Machine. Engineered specifically for high-capacity energy storage and automotive battery assembly, this advanced system delivers synchronized dual-sided welding to dramatically accelerate your production lines.
Streamlined simultaneous dual-sided operation
Directly sourced from a trusted automation manufacturer
Engineered for large-scale, continuous industrial production
The Advance Horizontal Double-sided Automatic Welding Machine is a state-of-the-art automated fabrication unit meticulously engineered for the demanding battery production sector. When standing beside this robustly constructed machine, operators will immediately notice the quiet, rhythmic hum of its pneumatic Airtec cylinders executing precise movements, completely free from the jarring vibrations typical of lesser equipment. The heavy-duty metallic chassis boasts a smooth, industrial-grade powder-coated finish that resists factory floor abrasions while maintaining a pristine, professional appearance. By simultaneously performing horizontal double-sided welding on battery modules, this equipment fundamentally transforms your assembly workflow, effectively cutting processing time in half while eliminating the dangerous need to manually flip heavy battery packs. It replaces traditional production bottlenecks with a seamless, continuous rhythm, ensuring that your facility meets aggressive output targets without ever compromising structural integrity. Whether you are assembling complex energy storage systems or high-density power modules, the precise articulation of its welding heads guarantees a flawless, secure bond on every single pass, ultimately protecting your brand's reputation for unwavering reliability in the field.
Parameter | Specification |
|---|---|
Input power supply | Single-phase 220V/50Hz |
Total Power | 3000W |
Power plug | 16A Three-hole Plug |
Maximum Welding Stroke | X-axis MAX=400mm, Y-axis MAX=600mm, Z-axis MAX=40mm (Airtec Cylinder, Pneumatic) |
Welding Efficiency | The average welding time for each spot is 0.7 - 2 seconds |
Adjustable Outer Dimensions | L1400mm × W1100mm × H1800mm |
Air Intake Pipe | Φ8mm (Outer Diameter) × Φ6mm (Inner Diameter) |
Air Source Requirement of Equipment | 0.4 - 0.7Mpa Dry Air Source |
Air Displacement of Equipment | 0.113L/S |
Spot Welding Head Configuration | Pneumatic Welding Head PH-32 (Two sets) |
Spot Welding Power Supply Configuration | Transistor Welding Power Supply is Optional |
Elevate your facility's operational capabilities with a machine explicitly designed to mitigate common assembly challenges. The Advance Horizontal Double-sided Automatic Welding Machine integrates sophisticated digital monitoring with heavy-duty mechanical execution, ensuring your production floor operates at peak performance. By utilizing this equipment, procurement managers and plant engineers can drastically reduce material waste and operator fatigue.
Real-time Parameter Visualization: Operators can instantly monitor voltage, current, time, power, and resistance on a crisp, glare-free digital interface, allowing for immediate adjustments before defects occur.
Exceptional Spot Welding Efficiency: By completing each spot weld in a mere 0.7 to 2 seconds, the system keeps your assembly lines moving fluidly, preventing costly manufacturing bottlenecks.
Unwavering Reliability: Built with premium industrial-grade components, the machine maintains continuous, stable operation even during demanding multi-shift production schedules.
Synchronized Dual-Sided Action: Eliminates the physical strain and time loss associated with manually repositioning heavy battery modules, ensuring a safer and highly efficient workspace.
Meeting aggressive delivery schedules requires equipment that refuses to compromise on speed or precision. This system is engineered to maximize your daily output through relentless, high-speed automation. By integrating synchronized dual-sided welding technology, the machine processes complex battery packs in a fraction of the time required by single-sided alternatives, transforming your operational capabilities.
Rapid Cycle Times: Achieving an average welding time of just 0.7 to 2 seconds per spot, the machine propels your manufacturing capacity to entirely new heights.
Reduced Labor Dependency: The highly automated framework minimizes the need for constant human intervention, significantly lowering your operational labor costs and reducing human error.
High-Volume Readiness: Specifically calibrated for large-scale manufacturing environments, ensuring your facility can easily fulfill massive purchase orders without delay or strain on resources.
In the advanced energy sector, a single faulty connection can lead to catastrophic module failure and severe reputational damage. This machine acts as your first line of defense against poor craftsmanship, delivering a level of consistency that manual operations simply cannot match. The satisfying, sharp click-hiss of the pneumatic heads engaging ensures a solid, uniform bond every single time.
Flawless Consistency: Eradicates the risks of cold welds or missed spots, ensuring an exceptionally high yield rate that directly protects your bottom line and material investments.
Comprehensive Quality Tracking: The continuous, real-time display of critical metrics—such as voltage, current, and resistance—guarantees that every weld strictly adheres to engineering tolerances.
Enhanced Structural Integrity: Produces robust, clean joints that effortlessly withstand rigorous post-production stress testing, giving your clients absolute confidence in the final product.
Industrial demands shift rapidly, and your facility's equipment must adapt without requiring costly overhauls or extended downtime. This welding machine offers an expansive processing envelope, allowing plant managers to transition between different product specifications seamlessly. The heavy-duty adjustable chassis glides smoothly along its tracks, accommodating various module sizes with pinpoint accuracy.
Expansive Welding Stroke: Featuring an impressive mechanical reach (X-axis 400mm, Y-axis 600mm, Z-axis 40mm), it easily handles oversized and unconventional battery pack designs.
Customizable Footprint: The adjustable outer dimensions (L1400mm × W1100mm × H1800mm) ensure the equipment can be logically integrated into diverse factory floor layouts.
Versatile Order Fulfillment: Empowers your production line to accept highly customized, varied orders without the need to invest in separate, specialized machinery for different module types.
True value in industrial procurement lies in machinery longevity and minimized maintenance downtime. We have equipped this machine with an arsenal of premium components that resist wear and tear, even in the harshest manufacturing environments. The cool-to-the-touch metallic housing and the distinct, crisp actuation of the pneumatic valves speak volumes about its superior build quality.
Premium Pneumatic Systems: Utilizing dual sets of PH-32 pneumatic welding heads and genuine Airtec cylinders for fluid, jam-free vertical and horizontal movements.
Optional Power Upgrades: The availability of an optional transistor welding power supply allows facilities to tailor the machine's energy output to highly specific, sensitive material requirements.
Long-Term Asset Protection: Built to endure continuous multi-shift operations, dramatically reducing the frequency and cost of maintenance interventions over the machine's lifespan.
Stable Resource Consumption: Operates efficiently on a standard 0.4 - 0.7Mpa dry air source, ensuring predictable and economical utility usage year after year.
Complex machinery should not require a steep, frustrating learning curve for your workforce. This system elegantly bridges the gap between advanced robotic capabilities and intuitive human operation. The tactile feedback of the control panel and the bright, high-contrast digital readouts empower operators to manage complex welding sequences with absolute confidence and minimal fatigue.
Intuitive User Interface: Simplifies the onboarding process for new technicians, drastically reducing training time and associated operational costs.
Precision Micro-Adjustments: Allows operators to fine-tune power and timing parameters on the fly, preventing minor discrepancies from escalating into costly batch rejections.
Proactive Fault Monitoring: The intelligent system immediately flags parameter deviations, serving as a built-in safeguard against equipment damage and raw material waste.
Generic assembly equipment often falls short when tasked with the stringent safety and performance requirements of the modern energy sector. This machine was conceived, designed, and engineered specifically for the pioneers of the green energy revolution. By integrating this specialized equipment into your workflow, you signal to your clients that your facility adheres to the absolute highest industry standards.
New Energy Vehicles (NEVs): Perfectly suited for assembling the high-density power batteries that drive the demanding modern electric automotive industry.
Utility-Scale Energy Storage: Delivers the structural reliability required for massive energy storage power stations, where safety, consistency, and longevity are paramount.
Large-Scale Battery Packs: Effortlessly handles the bulk, weight, and complexity of comprehensive battery modules used in heavy industrial and commercial applications.
Selecting the right equipment manufacturer is a critical strategic decision that impacts your operational success for years to come. As a dedicated supplier of advanced industrial solutions, we prioritize your long-term growth over short-term transactions. Our engineering team understands the nuanced pressures of high-volume production and designs machinery that acts as a reliable, tireless partner on your factory floor.
Direct Manufacturer Advantage: By partnering directly with the source, you bypass unnecessary intermediaries, ensuring transparent communication and rapid technical support.
Stringent Quality Assurance: Every single machine undergoes rigorous pre-shipment calibration and stress testing to ensure it performs flawlessly from the moment of installation.
Comprehensive Engineering Support: We provide in-depth operational guidance and responsive troubleshooting, minimizing any potential disruption to your demanding production schedule.
Proven Industry Expertise: Our deep-rooted experience in the energy storage and battery manufacturing sectors means our equipment is built specifically to solve real-world assembly challenges.
To assist your procurement and engineering teams in making an informed decision, we have compiled detailed answers to the most common technical inquiries regarding this advanced welding system.
Q1: How does the dual-sided welding mechanism impact the structural integrity of large battery packs?
A: By welding both sides simultaneously, the machine ensures even thermal distribution and balanced mechanical stress across the entire module. This prevents warping and guarantees a uniformly secure connection, which is critical for the long-term stability and safety of large-scale energy storage systems.
Q2: What are the facility requirements to support the pneumatic systems of this equipment?
A: The machine requires a clean, dry air source maintaining a pressure between 0.4 and 0.7Mpa. It features an air displacement rate of 0.113L/S and utilizes a standard Φ8mm outer diameter by Φ6mm inner diameter intake pipe, making it highly compatible with most standard industrial compressor setups.
Q3: Can the machine accommodate sudden changes in module dimensions during a varied production run?
A: Absolutely. The equipment features a generous maximum welding stroke (X: 400mm, Y: 600mm, Z: 40mm) and adjustable outer dimensions. Operators can quickly recalibrate the system to accept different battery pack configurations without requiring extensive, time-consuming mechanical retooling.
Q4: How does the optional transistor welding power supply benefit specialized manufacturing?
A: The optional transistor power supply offers highly precise, high-frequency current control. This is particularly beneficial when welding delicate or highly conductive materials, as it minimizes heat-affected zones and significantly reduces the risk of thermal damage to sensitive internal battery cells.
Q5: What measures are in place to ensure consistent quality across thousands of rapid weld points?
A: The machine is equipped with an intelligent monitoring system that provides real-time data on voltage, current, time, power, and resistance. If any parameter deviates from the programmed tolerances, the system alerts the operator instantly, ensuring that every single spot weld—averaging 0.7 to 2 seconds each—maintains strict, uncompromising quality standards.
