The disposable infusion pump is a safe, effective and durable micro injector, which is driven by the balanced contraction of the medical silicone rubber reservoir, with the flow rate controlled by the flow rate controlling tubing. Besides the continued infusion, the product allows the patients to administer their own pain relief by pressing the button of PCA (Patients Controlled Analgesia) set.The product is mainly used in the analgesia after surgical operations or childbirth, in the therapy of chronic pains, in the analgesia for malicious tumor as well as some other therapies that involve the self-controlled micro injections.Currently there are 39 models of this product to meet the different needs of the patients.

Easy to operate
The doctors may prescribe the dosage and choice the proper model of the Fornia infusion pump for different patients. When using the pump, besides the background continuous infusion, the patients can press the button of PCA (Patients Controlled Analgesia) set to administer their own pain relief when they are having pain.

More options
Fornia disposable infusion pump can provide as much as injections for five days, ranging from 0.2ml/hr to 16ml/hr. It can be used for intravenous (IV) injection or epidural injection.

More reliable and precise
The Disposable Infusion Pump contains a silicone rubber reservoir, together with plasticised PVC tubing, ABS tubing connector. The fluid path is latex free.

--- The flow rate controlling tubing (capillary tubing) is made by introducing the advanced technology of USA, which enables the accuracy of flow rate control to be within +-10%.
--- The reservoir is made of medical silicone rubber material. With the balanced contraction of the reservoir, it provides a balanced pressure for continuous infusion.
--- The catheter is made of medical plastic PVC materials, with the interior in triangular shape. It is good at resisting pressure and bends, and will not be blocked even if twisted.
--- The filter can effectively screen off the air bubbles, germs and particles of foreign substances.