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Product Description
The NGL BBS 926 Blood Cell Processor is a fully automated blood bank processing system designed for the glycerolization, deglycerolization, and washing of red blood cells (RBCs) in a closed sterile environment. The system utilizes advanced centrifugation, osmotic washing, and sedimentation technologies to ensure efficient processing of frozen and fresh red blood cells while maintaining cell integrity and viability. It is equipped with a large touchscreen interface, automated fluid management, and a disposable tubing system for enhanced safety and ease of operation.
NGL BBS 926 Blood Cell Processor – Advanced Automation for Modern Blood Banking
Streamline your blood bank operations with the NGL BBS 926, a fully automated solution for red blood cell glycerolization, deglycerolization, and washing. Featuring a closed sterile system, touchscreen control, rapid 70–78 minute processing, and real-time monitoring, the BBS 926 delivers superior efficiency, safety, and consistency for transfusion services and clinical laboratories.
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Key Features
- Fully automated RBC glycerolization and deglycerolization
- Automated washing of fresh and frozen red blood cells
- Closed sterile disposable tubing system minimizes contamination risk
- Large color touchscreen user interface
- Multi-language operating system
- Integrated 360° dual-axis medical oscillator for optimal mixing
- Adjustable liquid injection and washing speeds
- Automatic parameter setting and protocol management
- Built-in self-diagnostic system
- Real-time monitoring of centrifugation and washing processes
- Automatic resuspension of washed RBCs in additive solutions
- Rapid processing time of approximately 70–78 minutes compared to 3–4 hours manually
- Centrifuge discharge detection and process monitoring for enhanced safety
Product Specifications
| Specification | Details |
|---|---|
| Product Name | NGL BBS 926 Blood Cell Processor |
| Manufacturer | Sichuan Nigale Biotechnology Co., Ltd. |
| Model | BBS 926 |
| Display | Large Touchscreen Display |
| Processing Method | Automated Centrifugation and Osmotic Washing |
| Functions | Glycerolization, Deglycerolization, RBC Washing, MAP RBC Washing |
| System Type | Closed Sterile Disposable Consumable System |
| Mixing System | Integrated 360° Dual-Axis Oscillator |
| Monitoring | Real-Time Process Monitoring |
| Safety Features | Self-Diagnosis, Centrifuge Discharge Detection |
| Processing Time | Approximately 70–78 Minutes |
| Language Support | Multi-Language Interface |
| Application | Blood Banks, Transfusion Services, Hospital Laboratories |
Applications
Blood Banks
- Processing frozen red blood cells
- Long-term storage preparation of RBC units
- Recovery of cryopreserved blood products
Hospital Transfusion Services
- Preparation of washed red blood cells for transfusion
- Deglycerolization of frozen RBCs before patient administration
Clinical Laboratories
- Specialized red blood cell processing procedures
- Blood component preparation and preservation
Research Institutions
- Blood preservation studies
- Transfusion medicine research
- Cellular therapy support applications
Benefits
Faster Turnaround Time
Reduces RBC deglycerolization time from 3–4 hours manually to approximately 70–78 minutes, improving laboratory efficiency.
Enhanced Patient Safety
Closed sterile processing minimizes contamination and ensures high-quality blood products.
Improved Consistency
Automated protocols reduce operator variability and improve reproducibility.
Reduced Labor Requirements
Minimal manual intervention allows laboratory staff to focus on other critical tasks.
Better Cell Recovery
Controlled washing and processing help maintain red blood cell viability and integrity.
User-Friendly Operation
Large touchscreen interface and automated settings simplify workflow and training requirements.
Reliable Quality Control
Built-in diagnostics and real-time monitoring ensure dependable performance and process traceability.