Upgraded Design for Enhanced Performance: JIHPump MN4 Mini peristaltic pump is a direct upgrade from the 204K model, with the same mounting hole positions for compatibility. This design continuity allows for easy integration into existing systems without requiring modifications. Additionally, it's also a 12V or 24V peristaltic pump offers stable and reliable performance, even under demanding conditions. Transparent Cover for Easy Monitoring: One of the standout features of the MN4 Mini pump is its optional colored transparent cover. This allows users to visually monitor the pump's operational status, making it easier to detect any issues before they become critical. Compatibility with Multiple Tube Sizes: The MN4 Mini is compatible with various tube sizes, including 16#, 25#, and 17#. This ensures the pump can be adapted to a variety of applications, from medical equipment to industrial machinery, without the need for specialized components. Versatile Fitting Options: The pump is designed to accommodate a wide range of fittings, including hard tube fittings, threaded fittings, reducer joints, and adjustable joints. This flexibility makes it ideal for use in diverse systems, including food and beverage machines, medical devices, and more. Anti-Reverse Locking Mechanism: The MN4 Mini model features an innovative anti-reverse locking mechanism on the cover, which ensures the pump remains in stable operation, preventing any disruptions in fluid transfer over long periods of use. Low Noise Operation: With an operational noise level of ≤55dB (in testing environments), the MN4 Mini peristaltic pump operates quietly, making it ideal for use in noise-sensitive environments such as laboratories, medical settings, and food processing industries. Durable and Long-Lasting Materials: Built with high-quality materials like PC for the cover and PA for the rollers and base, the MN4 Mini peristaltic pump is designed for durability. These materials ensure the pump maintains reliable performance over time, even under harsh operating conditions....

Selecting the right medical peristaltic pump requires careful consideration of several key factors to ensure optimal performance, safety, and efficiency. By evaluating the following aspects, you can choose a pump that best fits your specific medical application. 1. Flow Rate Requirements The first step in selecting a medical peristaltic pump is determining the required flow rate for your application. Assess the volume of fluid that needs to be pumped within a specific timeframe. This is crucial for ensuring that the pump has the capacity to deliver the required fluid volume. Factors to consider include: The patient’s condition (e.g., critical care vs. routine therapy) The type of fluid (e.g., medication, nutrient solution) The treatment duration (e.g., short infusion vs. prolonged administration) Choosing a pump with an appropriate flow rate ensures that the fluid is administered at the right speed for effective treatment. 2. Fluid Properties Consider the properties of the fluid you will be pumping, as these influence the pump’s performance and the choice of tubing and pump head. Key characteristics include: Viscosity: Highly viscous fluids (e.g., gels, oils) require a more powerful pump or specialized tubing to maintain consistent flow. Corrosivity: If the fluid is corrosive, select a pump with materials resistant to corrosion to prevent degradation and ensure longevity. Particle Content: Fluids with suspended particles may require specialized tubing or a pump head that can handle solids without clogging or causing wear. Understanding these factors ensures the pump is capable of handling the fluid effectively. 3. Pump Head Material The material of the pump head is an important consideration, as it directly affects both performance and maintenance. The pump head should be compatible with the fluid being pumped and should be easy to clean, especially in sterile applications. For medical uses, ensure the pump head material: Can be easily sterilized to maintain a sterile environment. Is resistant to wear and degradation caused by the fluid. Selecting the right material will help maintain the pump’s integrity and ensure consistent, safe fluid transfer. 4. Tubing Material Choosing the correct tubing material is critical for both fluid compatibility and patient safety. The tubing should be: Biocompatible: For medical applications, the tubing should be biocompatible to prevent adverse reactions with the patient’s body. Sterilizable: If sterility is required, the tubing should either be sterile or easily sterilized to maintain aseptic conditions. Fluid-Compatible: The material should be compatible with the fluid being pumped, preventing chemical reactions, contamination, or degradation of the fluid. Selecting the right tubing material is vital to ensure both safety and performance. 5. Sterility Requirements Sterility is a key consideration in many medical applications. Evaluate whether the pump needs to be designed for sterile operations and if it should be: Single-Use: For applications requiring strict sterility, a single-use pump may be the best option. This eliminates the need for cleaning and guarantees a sterile environment for each patient. Reusable: If cost-effectiveness is a priority and the pump will be used repeatedly, a reusable pump can be an option, as long as it can be easily sterilized between uses. Make sure the pump meets your sterility requirements based on the specific medical application and patient safety needs....