Anti-Corrosion Coating Robot
Anti-Corrosion Coating Robot is an automated spraying equipment that integrates advanced robot technology, spray painting process, and intelligent control system. It can efficiently, accurately, and uniformly spray paint on workpieces under preset program control.
- Fast Delievery
- Quality Assurance
- 24/7 Customer Service
Product Introduction
Core advantages：
1. Replace manual high-altitude operations (such as scaffolding and hanging baskets), eliminate the risk of falling, and use permanent magnet adsorption technology to stably adsorb to vertical/curved walls, supporting 120 ° internal and external bending angle crawling and 30mm obstacle crossing.
2. Spray efficiency reaches 800 ㎡/h (dual spray gun mode), more than 4 times that of traditional manual labor, and supports 24-hour continuous operation.
3. Airless spraying technology reduces the diffusion of paint mist, with a dust concentration of ≤ 5mg/m ³, and synchronously closes and recovers waste paint slag, with a wastewater utilization rate of ≥ 95%.
Product specification
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Spray efficiency: |
800 ㎡/h (dual spray gun mode) |
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Spray paint width: |
300-1000mm (adjustable) |
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Mobile speed: |
4-8m/min (operating mode) |
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Adsorption capacity: |
Magnetic adsorption force ≥ 1200N (vertical wall) |
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Overall dimensions: |
700 × 440 × 780mm |
Product details
Photos of Anti-Corrosion Coating Robot
Application:
Spray painting robots are widely used in spray painting operations in industries such as ships, petrochemicals, automobile manufacturing, home appliance production, furniture manufacturing, aerospace, etc. It can handle workpieces of various shapes and sizes, improve spraying efficiency and quality, while reducing labor costs and environmental pollution.
Packaging and delivery
Packing: by container or as customers's required.
Delivery: deliver to major ports in your country.
FAQ
Q: Maintenance and troubleshooting?
A: Daily maintenance
Regularly clean nozzle blockages (recommended once a week) and check the magnetic attenuation of the magnetic adsorption module or the efficiency of the vacuum pump.
Lubricate joint components (using corrosion-resistant grease) to avoid motion deviation caused by friction.
Common faults
Uneven spraying: Check if the viscosity of the coating exceeds the recommended range of 80-120cP or if the nozzle is worn.
Adsorption failure: Clean the impurities on the adsorption surface and test the sealing of the negative pressure system (target vacuum degree ≤ -80kPa).
Q: Selection suggestions and parameter considerations?
A: Key parameters
Adsorption method: Magnetic adsorption is suitable for magnetic metal surfaces, and negative pressure is suitable for non-metallic or complex materials.
Detection accuracy: Priority should be given to models with integrated phased array ultrasound or visual positioning (defect recognition rate ≥ 95%).
Cost optimization
Modular design can reduce the cost of later upgrades, and multi machine collaboration is recommended for work areas over 500 square meters.
The water-based paint spraying system can reduce VOC emissions, comply with environmental regulations, and lower treatment costs.
Q: Industry Trends?
A: Intelligent upgrade: AI algorithms are gradually being applied to coating defect prediction and process optimization, reducing the need for manual re inspection.
Extreme Environment Adaptation: Designed to withstand low temperatures (-20 ℃) and be waterproof (IP68), it can be extended to polar, deep-sea, and other scenarios.
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