Battery Cell Double-Sided Spray Adhesive Curing Equipment Battery Manufacturing Automation Battery Production Line Intelligent manufacturing

Overview

The Battery Cell Double-Sided Spray Adhesive Curing Equipment is a precision automated solution designed for high-efficiency adhesive application and curing in battery manufacturing processes. Built to meet the demanding requirements of modern power battery production, this system enables uniform double-sided adhesive spraying and reliable curing to enhance assembly quality, increase production throughput, and ensure excellent bond integrity in battery cells and modules.

Key Features

• Double-Sided Adhesive Application: Capable of precise and simultaneous adhesive spraying on both sides of battery components, improving bonding consistency and production efficiency.
• Advanced Motion Control: Equipped with high-precision servo motors, ball screws, and linear guide systems to ensure accurate positioning and smooth motion during the dispensing process.
• Integrated Curing Process: Combines adhesive spraying with controlled curing (e.g., UV or thermal as configured) to reduce cycle time and deliver stable adhesive strength across all units.
• High Throughput: Designed for high-speed operation with optimized dispensing motion paths and efficient curing stages, achieving production-ready cycle times.
• Robust Build: Industrial-grade construction ensures long-term operational stability in high-volume battery assembly environments.

Typical Applications

• Electric vehicle (EV) battery assembly
• Power battery cell modules
• Energy storage systems manufacturing
• High-precision adhesive bonding lines

Benefits

• Improves adhesive distribution uniformity and bond durability.
• Enhances final product quality and repeatability.
• Reduces manual labor and variability in production.
• Supports scalable automated manufacturing processes.

Technical Highlights (Indicative)

• Loading Method: Manual or automated feed options available.
• Positioning Accuracy: High-precision linear positioning typically within ±0.02 mm.
• Control System: Servo-driven motion with PLC and human-machine interface for easy operation and recipe management.

If you need to customize this device, please contact Xiamen Large Automation Technology Co,.Ltd.