（1）According to the use can be divided into medical and non-medical, as well as laboratory micro syringe pumps and industrial syringe pumps.

（2）According to the number of channels can be divided into single-channel and multi-channel (dual-channel, four-channel, six-channel, eight-channel, ten-channel, etc.).

（3）According to the working mode can be divided into single push and push-pull and two-way push-pull mode.

（4）According to the construction can be divided into split type and combination type.

（1）Multiple syringes are available with automatic syringe recognition.

（2）The programmable syringe pump can be freely set for 2 or 10 syringes with separate flow rates.

（3）With voltage and current signal output, connectable to printer and computer, connectable to time controller.

（4）Syringe pumps can be selected for bi-directional operation, either injecting fluids in one direction or recovering them for mixing.

（5）The propulsive syringe pump can be set for the number of propulsions (from 1 to 19,000 propulsions) and can be selected for bi-directional operation, either injecting fluids in one direction or recycling them for mixing action.

（1）Syringe: Determine which size syringe to use based on the amount of fluid you need to dispense.

（2）Consider whether the mode of application for dispensing the drive fluid, the environment and mounting form, the number of channels used, the flow rate of the fluid, and the accuracy of the dispensing meet your requirements.

Syringe pumps are mainly used in intensive care units to deliver nutrients, vasodilators and vasoconstrictors, etc. They can also be used to input chemotherapeutic agents, hormones, and anesthetics.

（1）The ability to enhance volume, control and deliver flow rates, and accurately expand the range of delivery flow rates.

（2）Utilize the syringe pump's multiple delivery modes to achieve more precise dosing.

（3）Utilize the programmable control function of the syringe pump to open up more advanced treatment programs.

（4）Utilize the syringe pump's quick-action feature to quickly regulate flow rates and buy resuscitation time.

（5）Utilizing the built-in heating function, it achieves to improve the comfort of infusion and reduce the chance of drug leakage.

（6）Utilizing the various alarm functions of the syringe pump, it achieves the purpose of reducing the labor intensity of healthcare workers, improving clinical safety and reducing the number of nursing staff.