Protein purification is critical in bioprocessing, in which precise flow measurement is crucial in ensuring stability,consistency, and efficiency in the purification process. Protein purification systems are laboratory tools and equipment used to isolate, purify, and characterize proteins from complex mixtures, such as cell lysates or biological samples. The process of protein purification typically involves several steps to separate the protein of interest from other cellular components and impurities. Protein purification systems are designed to streamline and facilitate these purification processes, allowing researchers to obtain highly purified proteins for various downstream applications,such as biochemical studies, structural analysis, functional assays, and drug development.

Medical dialysis devices can be divided into two types: hemodialysis and peritoneal dialysis. Essentially, it involves removing harmful substances from the body's fluids through a semi-permeable membrane, making it the most effective treatment for kidney failure. Hemodialysis utilizes a dialysis machine to draw the patient's blood through a disposable tubing system into a dialyzer, where the dialysis process occurs before the blood is reinfused into the patient's body. CG series ultrasonic flow sensors/ultrasonic flow meters can monitor the normal operation of the blood pump in the dialysis machine in real-time and provide early warnings for any blockages in the tubing. Similarly, when fully automatic peritoneal dialysis machines use peristaltic pumps to control the flow rate and volume of the dialysis solution, CG series ultrasonic flow sensors/flow meters can measure the flow rate of the peristaltic pumps to guarantee the normal operation of the peritoneal devices.

In the operation of ECMO (Extracorporeal Membrane Oxygenation) devices, the normal delivery of blood through the tubing is a crucial prerequisite. If an abnormal situation occurs, it could lead to catastrophic consequences. Therefore, the accurate monitoring of blood flow rate variations in the ECMO tubing is a key issue for ECMO device designers. The XY-TEK CG series ultrasonic flow sensors/flow meters provide ECMO manufacturers with a non-invasive solution to verifying the performance of blood pumps of the ECMO. The non-invasive design makes CG series particularly suitable for medical devices with high accuracy flow measurement demand, such as ECMO, dialysis machines, cardiopulmonary bypass machines, heart-lung machines, etc.

Blood pumps are critical devices used in various medical procedures, including cardiopulmonary bypass during heart surgery, blood transfusions, and treatment for patients with heart failure. These pumps facilitate the flow of blood, ensuring that adequate circulation is maintained while medical interventions take place. Given the essential role of blood pumps in patient care, they must operate with precision and reliability to prevent complications and enhance patient outcomes.

Contrast media injectors are crucial in modern medical imaging, particularly in modalities such as CT (Computed Tomography) and MRI (Magnetic Resonance Imaging). These devices facilitate the precise delivery of contrast agents, enhancing the visibility of blood vessels and organs during imaging procedures. The effectiveness of imaging largely depends on the accurate measurement and control of the contrast media.

In advanced medical devices like MRI machines, CT imaging systems, and surgical robots, the cooling unit is vital for optimal performance. It efficiently expels the heat generated, allowing high-power units to operate continuously and safely.