Products Description
|
Color |
Black/customizable |
|
Hardness (Shore A) |
30~90 |
|
Overall Dimensions |
Standard size |
| Temperature | -55～125°C |
|
Characteristic |
Excellent ozone resistance, elasticity, and good chemical resistance and electrical insulation properties |
Introduction
Syringe pumps are commonly used in life science research to deliver homogeneous microinjections over long periods, and syringe pump seals exhibit superior performance characteristics in medical applications where patient safety and well-being are critical. Its ability to move smoothly and precisely allows healthcare professionals to administer medications with accuracy and control.
Syringe pump seals play an important role in the medical field, where precision and reliability are crucial. As critical components of syringe pump components, seals are responsible for delivering accurate doses of medication or extracting body fluids for diagnostic purposes. The integrity of the syringe pump seals is critical as it ensures a secure and leak-proof connection to the syringe pump, preventing any potential contamination or drug leakage.
Advantages Of Syringe Pump Seals
1. Compact and easy to operate: High-definition LCD touchscreen operation allows users to easily input flow parameters.
2. Pulsation-free transportation: The syringe pump seals move at a uniform speed throughout the entire process, working smoothly without pulsation and operating at a wide range of speeds.
3. Precise control: Medical syringe pump seals can achieve precise infusion control through advanced control systems and sensors to ensure the accuracy and safety of drug infusion.
4. Versatility: Medical syringe pumps usually have multiple functions, such as infusion speed adjustment, infusion volume setting, infusion time preset, etc. At the same time, it can also provide an alarm function to promptly prompt infusion abnormalities or malfunctions.
How Do Syringe Pumps Work?
Our syringe pump liquid handling module can accomplish many aspiration and dispensing operations. The stepper motor-driven syringe pump accurately and precisely handles fluids using various volumes. These syringe volumes range from a few microliters to 12.5 milliliters. The syringe drive arm can be easily back driven in our C3000 or CX6000, making syringe installation or replacement extremely quick and easy.
syringe pumps work by filling a syringe with fluid and emptying the syringe through an alternate flow path. The syringe pump consists of three components: a syringe, a drive mechanism, and a rotary shear valve. The simplest configuration of a pump is a 3-port valve where one port is connected to the syringe. In this configuration, one of the other ports acts as the inlet, and the third port serves as the outlet port.
What does the workflow look like?
1. The plunger moves up and the syringe is emptied – the system is now at its starting point.
2. The valve switches to the inlet position.
3. The plunger moves down and the syringe is filled with medium (aspiration).
4. Then the valve switches to the outlet position
5. The plunger moves up and the syringe dispenses the desired volumes The process repeats until the syringe is empty. Once done, the syringe pump can start the aspiration of the new medium.
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