Fully Automatic Ultrasonic Cleaning Machine for Aerospace and Industry (Hub Cleaning)
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Designed specifically for precision components such as aerospace engine hubs and missile component hubs, this solution integrates high-frequency ultrasonic cleaning, intelligent tooling positioning, and full-process closed-loop control technology. It addresses complex cleaning challenges posed by contaminants like oil stains in deep and blind holes, high-temperature oxide layers, and metal machining debris, meeting aerospace-grade cleanliness and reliability standards.
Suitable for cleaning precision components including aircraft engine turbine hubs, missile steering gear hubs, and UAV carbon fiber hubs, it has passed the special certification of "Complex Surface Component Cleaning Process" by a leading aerospace group. This helps manufacturing achieve a technological upgrade from "qualified cleaning" to "precision cleanliness".
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Industry-specific customized services for rapid implementation in production scenarios
- Professional process support
- Free sample testing: Customers provide 3 valve body samples, and a Surface Treatment Inspection Report (including roughness, film thickness, and salt spray test data) will be issued within 48 hours.
- Customized fixture development: Engineers design exclusive clamping solutions (such as support structures for thin-walled parts and anti-blocking devices for threaded holes) based on the 3D drawings of valve bodies, ensuring no blind spots in the treatment process.
- Full-cycle service guarantee
- 7×24-hour response: Three major technical service centers nationwide (Yangtze River Delta, Pearl River Delta, Beijing-Tianjin-Hebei region) stock commonly used vulnerable parts (electrode plates, temperature controllers, spray nozzles) and can arrive on-site within 24 hours.
- Operation training system: Provide 3 days of on-site training (including process principles, equipment operation, and fault trouble). Upon passing the assessment, an operation qualification certificate will be issued to ensure that operators can work independently within 3 days.




