In-Line Leuko-Filtration System
Whole Blood In-Line Leukocyte Reduction System
Leukocyte reduction in blood component is important to reduce transfusion reactions such as non-hemolytic febrile transfusion reactions, transmission of leukocyte-borne virus, prevention of HLA alloimmunization and platelet refractoriness.
Our complete blood bag system for whole blood filtration meets the EU standards and requirements for quality with efficient handling.
The Benefits
- High efficiency Safe and consistent
- Ease of Use Collection, filtration and storage processes
- Excellent Quality Meets International requirements
- Clinically Proven Filtration performance with good efficacy
Red Cell In-Line Leukocyte Reduction System
In addition to Whole Blood In-Line Leuko-Filtration System, the Red Cell In-Line Leukocyte Reduction System provides a safe, effective, and convenient preparation of platelets, plasma, and red cells. The system is coupled with high efficient leukoctye filtration that meets EU standards.
The Benefits
- High efficiency Safe & Consistent
- Excellent Performance Compatible with various processing methods and connecting devices
- Soft Housing Filter Low breakage of blood bag and ease of handling for centrifugation
Related products
CPD-SAGM System
The most comprehensive system comprises of CPD anticoagulant solution and SAGM (saline-adenine-glucose-mannitol) additive solution. It has the flexibility to yield high quality blood components such as platelet concentrates, plasma and red blood cells.
The system can extend high quality red blood cells up to 42 days while achieving more than 80% of post transfusion RBC survival rate.
The Benefits
- Superior red blood cell viability for 42 days storage with low hemolysis
- Compatible with most manual and automated component extractors
- Increases plasma yield
- Platelet concentrate storage up to 5 days
CPDA-1
The CPDA-1 blood bag system features a primary bag containing citrate-phosphate-dextrose-adenine anticoagulant, designed for efficient collection and preservation of whole blood. It maintains red blood cell viability for up to 35 days and meets hospital blood bank and transfusion service standards.
The Benefits
- Preserves red blood cells for up to 35 days
- Maintains low haemolysis during storage
- Suitable for whole blood storage and component preparation
- Compatible with standard manual and automated processing systems
Platelets Pooling and Storage System
JMS Leukoreduction for Pooled Platelet and Storage system is carefully designed to fulfil complex needs for platelet concentrates preparation and storage. The system offers flexible pooling options, allowing pooled platelets to be prepared from 4–6 units of whole blood–derived platelet concentrates or buffy coats, combined with 1 unit of plasma or platelet additive solution (PAS). An optional leukocyte-reduction filter can be incorporated prior to storage, ensuring product quality before placement in a highly gas-permeable storage bag.
The Benefits
- Sterile pooling system with capacity for up to six connectors
- Integrated high-efficiency leukocyte-reduction filter
- Highly gas-permeable polyolefin storage bag, supporting storage of up to 7 days*
- Dedicated sampling bag for convenient laboratory testing
Top & Bottom Extraction System
JMS T-BEX provides great efficiency and productivity in preparing blood components. The system reduces manual labour and increases yield while maintaining high quality blood components prepared from whole blood
The Benefits
- Compatible with most commercial automatic extractors
- Reduces labour and increases productivity
- High efficiency component preparation
Transfer Bag
Provides convenience of transferring blood or blood components into multiple units. JMS Transfer Bag can be easily use for separation or distribution of blood components and compatible with most sterile connecting devices.
The Benefits
- Compatible with sterile connecting devices
- Different bag sizes and volumes
- ISO Compliance design and performance
Leukocyte Reduction Filter
Sepacell™ filters adopt selective technology combining screen filtration and dept filtration to achieve the highest efficiency.
Screen filtration separates particles from solution based on their size, and traps microaggregates. Depth filters are usually composed of densely packed fibers, where particles are excluded either by adherence or by adsorption onto the fibers, or by entrapment between the fibers as they pass through the filter.
Whole blood filtration
Hard Housing – GLT-H7, GLT-H9
RBC filtration
Hard Housing – GLT-A8, GLT-A9, GLT-E9
Soft Housing – Sepacell™ RS2