A Cylindrical Battery Double-Sided Spot Welding Machine is an advanced piece of equipment designed for high-precision, automated welding of cylindrical lithium batteries. It is ideal for welding applications in various battery-powered devices, including:
Consumer electronics (e.g., digital batteries)
Power tools
Electric bicycles and scooters
Solar energy systems
Electric vehicles (EVs)
Medical devices
Drones and aviation models
This machine is specifically tailored for cylindrical batteries such as 18650, 21700, 26650, 32650, and other similar types, ensuring consistency, reliability, and efficiency in battery pack production.
Key Features and Performance
Real-Time Current Monitoring
Supports constant voltage or current welding.
Displays real-time welding current to ensure uniformity and reliability.
Fault Detection with Alarms
Detects insufficient welding strength or anomalies in nickel strips, triggering automatic alarms and stopping operations.
Selective Start Welding
Restarts from the next unwelded cell, avoiding redundant welds on previously completed cells, thus preventing battery damage.
One-Time Origin Alignment
Saves the initial alignment for seamless operation after initial setup.
Fast Welding Time
Welds the positive and negative terminals of cylindrical batteries in approximately 1 second, with discharge times measured in milliseconds.
Customizable Welding Skip Function
Allows the operator to select specific cells to skip during the welding process, enhancing flexibility.
Enhanced Durability and Cooling
Equipped with air-cooling for welding needles and automatic needle cleaning, reducing debris and maintaining conductivity for secure welds.
Simultaneous Double-Sided Welding
Utilizes dual welding heads for simultaneous welding of both terminals, powered by high-precision servo motors for stable operation and low noise.
User-Friendly Interface
Features a touch screen for intuitive controls, supporting button or pedal start options for operator convenience.
Safety and Mobility
Includes emergency stop functionality, alarms, and an adjustable design with caster wheels and levelers for easy movement and positioning.
How to Use It
Setup
Place the machine on a stable surface and adjust the leveling feet as needed.
Align the battery pack with the welding head, using the touch screen interface to set parameters.
Configuration
Set welding voltage, current, and energy standards to match battery specifications.
Use the skip function for specific cells if required.
Operation
Start the machine using the touch screen or optional pedal switch.
Monitor real-time feedback for current and alarms during the welding process.
Cleaning and Maintenance
Regularly clean welding needles with the automatic cleaning system to maintain conductivity and prolong their lifespan.
Automated Process Flow
Battery packs are loaded into the machine.
The system detects and aligns cells for welding.
Simultaneous welding of positive and negative terminals occurs.
The machine performs real-time quality checks and flags anomalies.
Completed battery packs are unloaded, ready for subsequent assembly steps.
Benefits of the Cylindrical Battery Double-Sided Spot Welding Machine
Improved Efficiency
Reduces welding time with fast, automated processes.
Enhanced Precision
Ensures uniform welding for reliable battery performance.
Cost-Effective
Minimizes waste by avoiding duplicate welds and utilizing durable welding needles.
Operator Safety
Features emergency stop and alarm systems for a safer working environment.
Wide Applicability
Compatible with a broad range of cylindrical lithium batteries for diverse applications.
Important Considerations
Battery Compatibility
Ensure the machine settings match the specifications of the battery types in use.
Regular Maintenance
Clean the welding needles and monitor their condition to prevent performance issues.
Parameter Calibration
Periodically check and adjust the welding parameters for consistent results.
Conclusion
The Cylindrical Battery Double-Sided Spot Welding Machine is an indispensable tool for modern lithium battery production. It combines precision, efficiency, and automation, ensuring reliable performance for a wide range of battery applications. Whether you’re manufacturing EV batteries, medical device batteries, or energy storage systems, this machine optimizes your production line and guarantees consistent quality.