syringe pump – sp-02

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dimensions

  • Dimension :- 278x145mmx106mm(WxDxH)
  • Weight:- 1.5kg
  • Power Supply:-100V-240V.50/60Hz
  • Power Consumption:- <55va
  • Syringe Requirement:- Refer to “Section 11 Notes on Disposable Syringes”
  • Maximum Flow Rates:- 1800(ml/h) 1800(ml/h)

faqs

1. What is a syringe pump used for?

A syringe pump is employed to administer minuscule medication doses by mechanically propelling the syringe’s piston transferring medication into IV tubing. This controlled method ensures accurate and precise delivery of medicines, making syringe pumps indispensable in medical settings where minute quantities of drugs need to be administered with precision.

2. What is inside the syringe pump? 

A syringe pump is designed to provide precise microinjections for infusion and withdrawal needs. It comprises a motor, driver, reciprocating screw and nut mechanism. The nut connects the driver to the syringe’s piston, facilitating controlled delivery or withdrawal of the liquid contents. This mechanism ensures a consistent rate of delivery for accurate medical applications.

3. How many drugs are in a syringe pump?

To mitigate risks of incompatibility and instability, it’s advised to limit the number of compatible drugs within a syringe driver or pump to a maximum of three. Drugs should not remain in the device for more than 24 hours. When dealing with complexities, seeking guidance from the Specialist Palliative Care Team is recommended. This precautionary approach ensures safe and effective administration of medications using syringe pumps.

4. Where are syringe pumps used?

Syringe pumps, also referred to as syringe drivers, function as infusion pumps, ensuring precise delivery of fluids like nutrients or medications into a patient’s body in a regulated manner. These devices find applications not only in medical environments like clinics, nursing homes, and hospitals but also in research studies. Their ability to provide controlled and accurate administration makes them valuable tools for medical treatment and scientific investigations.

5. How does a syringe pump work?

A syringe pump is a compact, positive-displacement pump designed to transfer specific fluid volumes accurately. Stepper motors power them. A lead screw, threaded through a pusher block, meticulously rotates the stepper motor. This rotational movement propels the pusher block, resulting in the gradual and controlled transfer of fluids. This mechanism enables precise and consistent administration of fluids, making syringe pumps essential for various medical and research applications.

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