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As a premier manufacturer and supplier of industrial automation, we introduce the Advance Vertical Single-sided Automatic Welding Machine. Engineered for high-capacity assembly lines, this system accelerates output while eliminating manual inconsistencies. Ideal for large-scale procurement, it delivers millisecond-level precision for advanced fabrication.
Engineered for rapid, high-volume production environments.
Ensures exceptional spot-welding consistency across large-scale batches.
Designed by an experienced manufacturer to drastically reduce operational downtime.
Direct-supply equipment optimized for scalable energy storage and automotive manufacturing.
The Advance Vertical Single-sided Automatic Welding Machine represents a paradigm shift in high-capacity battery manufacturing. Stepping onto the factory floor, the sheer robust build of this equipment immediately communicates industrial-grade durability, characterized by a sleek, space-optimized 1000x1000x1540mm footprint that integrates seamlessly into existing assembly lines. When in operation, the rhythmic, precise pneumatic actuation of the PH-32 welding head emits a controlled, reassuring mechanical hum, completing flawless welds in mere milliseconds. This sophisticated equipment replaces the unpredictable variables of manual labor with absolute mechanical certainty. By achieving vertical single-sided automatic welding of individual cells or complex packs, it drastically slashes cycle times while ensuring every single connection meets the rigorous safety standards required by modern energy sectors. Plant managers will notice an immediate transformation in throughput, as the machine's advanced sensor array and precision control systems work in perfect harmony to eradicate cold joints and over-welds. Ultimately, this system transforms raw materials into highly reliable power sources for electric vehicles and consumer electronics, safeguarding your brand's reputation for quality while driving down long-term operational costs.
Parameter Key | Value |
|---|---|
Product Name | Advance Vertical Single-sided Automatic Welding Machine |
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=400mm, Z-axis MAX=40mm |
Transmission/Drive Mode | Airtec Cylinder, Pneumatic |
Welding Efficiency | Average welding time for each spot is 0.7 - 2 seconds |
Adjustable Outer Dimensions | L1000mm × W1000mm × H1540mm |
Air Intake Pipe | Φ8mm (Outer Diameter) × Φ6mm (Inner Diameter) |
Air Source Requirement | 0.4 - 0.7Mpa Dry Air Source |
Air Displacement | 0.113L/S |
Spot Welding Head Configuration | Pneumatic Welding Head PH-32 |
Spot Welding Power Supply | Transistor Welding Power Supply (Optional) |
Applicable Battery Types | Lithium-ion batteries, Nickel-metal-hydride batteries, etc. |
Application Fields | New energy vehicles, energy storage systems, consumer electronics, etc. |
Upgrading your facility's assembly infrastructure requires equipment that goes beyond basic functionality. This automated system is engineered with distinct advantages designed to streamline workflows, minimize material waste, and maximize overall equipment effectiveness.
Lightning-Fast Cycle Times: Capable of executing precise spot welds in just 0.7 to 2 seconds per point, this machine drastically accelerates your daily output, allowing you to meet aggressive delivery schedules without compromising structural integrity.
Comprehensive Real-Time Diagnostics: The intuitive interface provides instantaneous readouts of voltage, current, time, power, and resistance. This constant data stream empowers operators to maintain strict quality control and adjust parameters on the fly.
Unwavering Operational Reliability: Built to endure the punishing demands of continuous multi-shift operations, the robust architecture minimizes thermal fatigue and mechanical wear, ensuring your production line remains active and profitable.
Millisecond-Level Precision Control: By utilizing advanced sensor technology, the system mitigates human error entirely. The resulting uniform connections guarantee optimal electrical conductivity and thermal management within the assembled packs.
To fully understand the transformative impact of this equipment on your factory floor, we have broken down its core capabilities into six critical dimensions that directly address modern manufacturing challenges.
Meeting aggressive market demands requires machinery that sets a relentless pace. For procurement managers focused on output metrics, this system redefines throughput and operational speed.
Achieves an extraordinary 0.7 to 2 seconds per spot welding response, minimizing bottlenecking.
Dramatically shortens the manufacturing cycle for both individual cells and complex modules.
Perfectly calibrated for high-speed, continuous assembly line integration without overheating.
In the energy sector, a single faulty connection can lead to catastrophic field failures. This equipment is specifically designed to eliminate the risks of virtual welding or burn-throughs.
Employs millisecond-level precise control to standardize the penetration and diameter of every single joint.
Advanced sensor technology actively rejects human-induced variables, maintaining strict tolerances.
Significantly elevates the final yield rate, ensuring every outgoing batch meets stringent international safety protocols.
Modern digital factories demand total transparency from their hardware. This machine integrates seamlessly into smart manufacturing ecosystems by offering comprehensive visual data.
Features real-time display of critical metrics including voltage, current, time, power, and resistance.
Enables quality assurance teams to trace and verify the integrity of the production process instantaneously.
Facilitates immediate corrective actions by operators, drastically reducing material scrap rates.
Capital investments must offer versatile returns. This unit is engineered to handle a diverse portfolio of product specifications without requiring constant, time-consuming retooling.
Boasts a generous maximum welding stroke of 400mm on the X and Y axes, and 40mm on the Z axis.
Effortlessly accommodates varying pack dimensions, configurations, and custom layout designs.
Fully compatible with multiple chemistries, seamlessly switching between Lithium-ion and Nickel-metal-hydride production runs.
The true value of industrial machinery lies in its uninterrupted uptime. We source only the most resilient internal components to guarantee long-term stability under heavy workloads.
Integrated with premium Airtec pneumatic cylinders for smooth, repeatable, and frictionless motion.
Equipped with the heavy-duty PH-32 pneumatic welding head for sustained impact resistance and longevity.
Offers an optional transistor welding power supply for refined energy delivery, further prolonging equipment lifespan.
Protecting your workforce while maintaining high output is a delicate balance. This automated solution effectively removes operators from hazardous, repetitive manual tasks.
Transforms labor-intensive, high-risk manual joining into a secure, hands-free automated process.
Utilizes a standardized 0.4 - 0.7Mpa dry air source, ensuring stable and safe pneumatic operations across all shifts.
Enhances the overall safety coefficient of the factory floor through enclosed, predictable mechanical movements.
Selecting the right equipment manufacturer is a critical decision that impacts your operational efficiency for years to come. We do not just supply machinery; we deliver comprehensive manufacturing solutions engineered to elevate your market competitiveness and operational excellence.
Uncompromised Quality Assurance: Every machine undergoes rigorous stress testing and precise calibration before leaving our facility, ensuring it performs flawlessly upon installation.
Deep Industry Expertise: With years of specialized experience in energy storage and automotive assembly equipment, our engineering team understands the exact tolerances and standards your facility demands.
Scalable Solutions: Our equipment is designed with future expansion in mind, allowing your facility to scale up production volumes seamlessly as your market share grows.
Dedicated Technical Support: We provide comprehensive onboarding, maintenance guidelines, and responsive troubleshooting to guarantee your production lines experience absolute minimum downtime.
Cost-Effective Procurement: By streamlining our own manufacturing processes, we offer premium, industrial-grade automation at a highly competitive investment point, accelerating your return on investment.
Navigating the technical specifications of automated assembly equipment can be complex. Below are detailed answers to the most common operational and technical inquiries regarding this system.
What specific air source conditions are required to maintain optimal pneumatic performance?
The equipment demands a clean, dry air source regulated between 0.4 and 0.7Mpa. Maintaining this specific pressure range, coupled with an air displacement capacity of 0.113L/S, ensures the Airtec cylinders and the PH-32 welding head actuate with the exact force required. This guarantees consistent, high-quality joints without damaging or denting the delicate cell casings during rapid actuation.
Can this machine accommodate different battery chemistries and form factors?
Yes, the system is highly versatile by design. Thanks to its expansive XYZ stroke dimensions (400mm x 400mm x 40mm), it can easily be programmed to handle various pack layouts and physical dimensions. Furthermore, it is fully compatible with standard Lithium-ion cylindrical cells, Nickel-metal-hydride batteries, and other emerging energy storage formats used heavily in automotive and consumer electronics.
How does the real-time monitoring system prevent batch defects?
The integrated digital interface continuously tracks voltage, current, time, power, and resistance during every single millisecond of the weld. If any parameter deviates from the pre-set acceptable tolerance range, the system allows operators to immediately spot the anomaly. This prevents the continuation of flawed welds across a large run, saving substantial costs in scrapped materials and preventing faulty units from reaching the end-user.
What is the advantage of opting for the Transistor Welding Power Supply?
While the standard configuration is highly capable for general applications, the optional transistor welding power supply offers a significantly faster current rise time and more granular control over the energy output. This results in a cleaner, more focused thermal profile at the weld site, which is particularly beneficial for highly sensitive or ultra-thin conductive tabs where preventing thermal damage and spatter is absolutely critical.
What are the electrical requirements for integrating this machine into our facility?
The machine operates on a standard single-phase 220V/50Hz power supply and has a total power draw of 3000W. It utilizes a standard 16A three-hole plug for connectivity. This relatively standard electrical footprint means the equipment can be rapidly deployed in most industrial settings without the need for extensive, time-consuming, or costly electrical infrastructure overhauls prior to installation.
