Aerospace & Defense

Technical Cleanliness Inspection Solution for Aerospace & Defense Industry

1. Why need Technical Cleanliness Inspection for Aerospace & Defense Industry

1.1 Ensuring the Normal Operation of Core Equipment

The core components of aerospace and military equipment are complex and require extremely high precision. Even tiny impurities can directly impact the equipment's stable operation.

1.2 Ensuring Safety and Reliability

Military equipment often operates in harsh environments, such as high temperatures, high pressures, and severe corrosion. Any small amount of contamination can compromise safety.

1.3 Reducing Repair Costs

Due to the high maintenance costs and the potential contaminants for even the smallest impurities to impact the durability and stability of components, necessary cleaning ensures excellent durability and stability.

2. Testing Standards of Technical Cleanliness Inspection in Aerospace & Defense Industry

2.1 Comply with international quality standards such as AS9100 and GB/T39095 for aerospace.

2.2 Component cleanliness standards include GJB15.26A (ionic residue ≤ 1.0 μg/cm², non-volatile residue ≤ 3 mg/m²), MIL, and other internal standards specified by other manufacturers.

3. Technical Cleanliness Inspection Solution for Aerospace & Defense Industry

CLS600P Automotive Component Technical Cleanliness Cabinet

- Optional cleaning methods: pressure rinsing, ultrasonic, internal rinsing, shake-cleaning, and air blow

- Ultrasonic: Excellent cleaning performance, enabling more precise and effective removal of particulate contamination

- High technical cleanliness inspection efficiency, quickly removing contaminants from even tiny areas like crevices and holes

- Fully automated cleaning, eliminating manual operation

CLS300U Technical Cleanliness Cabinet

- Analyzes particle count, type, and size to determine whether cleanliness test standards are met

- Long-term particle data monitoring and trend analysis to reflect production process stability

- Fully automated testing with no human intervention

- Highly efficient, completing component cleanliness tests in under five minutes

- Accuracy rates of component cleanliness tests up to 99%