I. Core Components
Intelligent Spraying System
Equipped with multi-axis robotic arms and high-precision sensors to achieve uniform coating on complex surfaces (e.g., automotive bodies, irregularly shaped parts).
reducing material waste (utilization rate exceeds 90%).
Closed-Loop Control System
Monitors spraying pressure, temperature, and flow in real time, dynamically adjusting process parameters to ensure consistent coating thickness and gloss.
Eco-Friendly Integration System
Features automatic paint supply , integrated with VOC exhaust treatment to comply with green manufacturing standards.
II. Core Advantages
Efficiency Boost: 24/7 continuous operation at 3–5x manual speed, ideal for mass production.
Quality Assurance: AI-controlled processes eliminate human error, achieving over 99% product yield.
Energy Savings: Reduces paint waste by over 60% and achieves 95%+ exhaust recovery.
III. Application Fields
Industry | Typical Applications | Technical Highlights |
---|---|---|
Automotive Manufacturing | Body electrocoating, surface painting | Anti-corrosion coatings, mirror-like gloss finish |
Consumer Electronics | UV coating for phone/laptop casings | Ultra-thin uniform coating, scratch/fingerprint resistance |
Furniture Industry | Wood-grain simulation, irregular surfaces | 3D dynamic path planning, complex texture replication |
Aerospace | High-temperature coatings for aircraft parts | Lightweight coatings, extreme-environment durability |
IV. Technology Trends
Green Innovations: Zero-pollution solutions like water-based paints and UV curing.
Human-Robot Collaboration: Lightweight cobots enhance flexibility in hybrid workflows.
V. Industry Value
Fully automated intelligent spraying systems exemplify Industry 4.0, empowering manufacturers to:
Cut Costs & Boost Output: Reduce labor costs by 70% and increase production capacity by over 200%.
Enhance Quality: Coating uniformity with ≤0.1mm error tolerance.