The Blood Cell Processor NGL BBS 926 Oscillator, an essential accessory of the Blood Cell Processor NGL BBS 926, has been engineered to enhance the overall performance and precision of the blood cell processing operations. This oscillator is a 360 - degree silent oscillator that can rotate and oscillate in a full circular motion without generating excessive noise that could potentially disrupt the sensitive laboratory environment or affect the accuracy of the procedures.
Its core functionality lies in the crucial task of ensuring the proper mixing of red blood cells and solutions. When the system initiates the processes of Glycerolization and Deglycerolization, which are vital for the preservation and preparation of red blood cells, the oscillator swings into action. It allows the red blood cells and the various solutions, such as glycerin - based agents for Glycerolization and the appropriate washing and resuspension solutions during Deglycerolization, to interact and blend in a precisely controlled manner. This interaction is essentially for maintaining the integrity and viability of the red blood cells.
By collaborating seamlessly with the fully automated procedures of the Blood Cell Processor NGL BBS 926, the oscillator serves as a key enabler in achieving highly efficient and reliable Glycerolization and Deglycerolization. It synchronizes its movements and actions with the other components and algorithms of the main processor, ensuring that each step of the complex blood cell processing sequence is carried out with the utmost accuracy and reproducibility. This synergy between the oscillator and the main processor is what makes the NGL Blood Cell Processor BBS 926 system a powerful and dependable tool in the field of blood cell processing and transfusion medicine.