FibreScan Aquamarine Tandem
TriLinear RGB - Color & UV
FibreScan is a reliable and high-performance system for removing colored PP and white PP contaminants from cotton blowroom lines. It uses Hybrid Intelligent Tri-Linear RGB cameras along with multiple miniature camera sensor arrays to ensure accurate detection and effective separation, delivering consistent and superior cleaning efficiency.
- DIPT (Digital Image Processing Technology)
- PMAC (Pixel Mapping Across Camera Sensors)
The combined use of DIPT and PMAC significantly improves detection accuracy, processing speed, and overall efficiency, making FibreScan one of the most effective contamination-removal solutions available today.
Features
- Hybrid Intelligent TriLinear RGB Cameras for every 240 mm of duct
- Multi – Camera Sensor one for every 60mm of duct
- DIPT – Digital Image Processing Technology for optimum detection of Contaminants.
- Very low clean cotton ejections typically Below 5% for 50 Ejections/Min.
- Hybrid Embedded Controller enhances
- Easy to clean and Maintain, No PC
- Higher efficiency than other technology
Features
- Hybrid Intelligent TriLinear RGB Cameras for every 240 mm of duct
- Multi – Camera Sensor one for every 60mm of duct
- DIPT – Digital Image Processing Technology for optimum detection of Contaminants.
- Very low clean cotton ejections typically Below 5% for 50 Ejections/Min.
- Hybrid Embedded Controller enhances
- Easy to clean and Maintain, No PC
- Higher efficiency than other technology
Technical Specifications
| Description | FibreScan Aquamarine – CL & UV (Tandem) | |||
| Sensing Technology | Quad Tech with TriLinear RGB Line Scan Camera and Multiple Camera Sensor Array | |||
| Processing | Real – Time Image Processing Technology DIPT – Digital Image Processing Technology PMAC – Pixel Mapping Across Camera Sensor Array | |||
| Type and No of Cameras | TriLinear RGB Line Scan Camera 8 Nos for Colour PP Multiple Camera Array Sensors – 32 Nos for White PP | |||
| Resolution | 8192 Pixels (4*2048) for each TriLinear RGB camera 2048 Pixels (16*128) for each Camera Arrays | |||
| Camera scanning speed (LPS) | Upto 12000 LPS | |||
| Production Capacity | Upto 1000 Kgs /Hour | |||
| Throughput Duct size | 960*100mm | |||
| Size of Machine | 2050mm(L) x 1250mm(W) x 2250mm(H). Extreamly Low Height Machine | |||
| No of Ejection Value / Detection | 48 Nos | |||
| Ejection Waste % | Below 0.5 % – 1.0 % Maximum 50 Ejection / Min | |||
| Sensitivity setting | On Area, Vertical, Horizontal Sizes Wise Settings Primary Colours | |||
| Diagnostics | RGB Camera & BUV Sensor, Ejection Value, Lighting Hours & Intensity graphs | |||
| Display Features | Seperate Comprehensive Display for Colour and White PP | |||
| Tube Light Nos and Wattage | 4Nos(2*2 – 54Watts) Daylight, 10 Nos(5*2 – 36 Watts) BUV light | |||
| Control System | Dedicated Embedded Controller for daylight RGB camera & BUV Spectral Image | |||
| Operator Interface | 2 HMI and Console on Mc | |||
| Power consumption | 2 Kw + Fan | |||
| Power | 415 Volts 3 Phase 50 Hz | |||
| Ejected material Collection | AEMCH – Applied Ejected Material Collection Hanger – Optional | |||
| Ejected Cotton Grams / Ejection | Around 0.7 Grams / Ejection after Fine Cleaner | |||
| Compressed Air Requirements | 3 CFM based on 50 Ejection/Min @ 6.5 Bar | |||