◀◀ Key Selling Points ▶▶
Zero-Net-Damage Technology
Contactless gliding/suspension system (no wheels/tracks)
Adjustable net-contact pressure
US-compliant cavitation water jets (water + air mix)
Intelligent Operation
One-touch net adhesion
Full ROV mobility: pitch/roll/yaw auto-control
3D attitude display & auto-depth/direction holding
High-Efficiency Cleaning
5x370mm high-speed rotary jet discs
3,457 m²/h cleaning rate
Effective on stubborn shellfish attachments
Robust & Adaptable
Works in Sea State 5 conditions
Cleans inner/outer nets & inverted surfaces
Modular design for easy maintenance
Comprehensive Monitoring
4x 170° ultra-wide cameras (8MP)
6x high-power LED lights (200W total)
Leak/depth/pressure sensors
Robot operation station
Multi-functional ergonomic operation chair, intelligent operation console, comfortable operation environment, experience the joy of easy net washing.
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Types of attachments
Cavitation water jet cleaning technology can deal with various attachments, such as mussels, oysters, straw worms, aquatic plants, etc.
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◀◀ Product Parameters ▶▶
| Category | Specification |
|---|---|
| Model | SCT-VNC-032 |
| Dimensions | 2014 × 1366 × 535 mm |
| Weight | 400 kg (in air) / Neutral buoyancy (in water) |
| Max Depth | 100 m |
| Cleaning Width | 1800 mm |
| Cleaning Speed | 0–1.5 m/s |
| Power | 25 kW |
| Jet Pressure | 20–25 MPa |
| Nozzle Size | 1.1–2 mm |
| Thrusters | 3 vertical + 2 horizontal (2.5 kW each) |
| Lighting | 4×25W + 2×50W LEDs |
| Hose/Cable | 100 m abrasion-resistant hose + zero-buoyancy cable |
| Sensors | Depth/Pressure/Leak detection |
| Component | Key Specs |
|---|---|
| High-Pressure Pump | 45/110 kW (diesel/electric), 200–250 bar, 110–410 LPM |
| Winch (Electric) | 1.5 kW, 100-m hose capacity |
| Control Ground Station | 15.6" touch + 21.5" outdoor screen, video recording |
| Vessel Power Unit | 15 kW, IP56 rated, overvoltage/short-circuit protection |
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| Season | Recommended Frequency | Cleaning Method |
|---|---|---|
| Summer | Every 2-3 weeks | Primarily removes seaweed and small shrimp. Requires high frequency due to rapid growth. |
| Autumn | Every 4-6 weeks | Critical for northern seas: Must thoroughly clean during early mussel attachment (starts in September). |
| Winter | Inspection-dependent | Requires extra monitoring to prevent sudden mussel outbreaks. |
| Fouling Severity | Recommended Frequency | Cleaning Method |
|---|---|---|
| Light Fouling (Early Stage) | Every 2 weeks | Single high-speed robot pass |
| Moderate Fouling (Mid Stage) | Weekly | Single high-speed robot pass |
| Severe Fouling (Late Stage) | Continuous cleaning | Multiple low-speed passes with focused cleaning on stubborn areas |
◀◀ Application Scenarios ▶▶
Large-Scale Aquaculture Nets
Prevent biofouling accumulation in salmon/seabass/croaker farms
Maintain optimal water flow & fish health
⚓ Offshore Cage Maintenance
Clean net bottoms without cage lifting
Operate in rough seas (Sea State 5)
Research & Eco-Aquaculture
Monitor net integrity with HD video
Reduce chemical cleaning dependencies
️ Hatchery Net Hygiene
Eliminate pathogens in high-density fry cages
Preserve anti-fouling coatings
Pictures 1 and 2 show 70,000 m³ net cages, and Pictures 3 and 4 are aquaculture PE net cages and steel structure net cages respectively.
