Graseby 2100 Syringe Pump: Precision and Safety for Treatment Administration
The Graseby 2100 is a high-performance syringe pump designed to meet the needs of hospital departments and intensive care units. Suitable for numerous clinical applications, it enables precise administration of injectable solutions, whether for anesthesia, critical care, pediatrics, or general care.
With broad compatibility with syringes from leading manufacturers, the Graseby 2100 seamlessly integrates into care protocols, providing standardization and consistency in hospital use. Its extensive programmability allows for an adjustable flow rate of 0.1 to 1200 mL/h, ensuring high precision in infusion, even at low flow rates.
One of the major strengths of this syringe pump is its body weight-based dosing mode, which simplifies the calculation and administration of medications by directly displaying the flow rate in mL/h. This feature is particularly useful for pediatric patients or those in intensive care, where dosing precision is crucial.
The Graseby 2100 also features three adjustable occlusion pressure levels, ensuring adaptability to various clinical situations. In case of occlusion, an automatic post-occlusion bolus reduction system minimizes the risk of unintended drug administration, thereby enhancing patient safety. A tubing support prevents accidental displacement of the syringe, reducing the risk of treatment interruption.
The pump is equipped with multiple visual and audible alarms, including alerts for syringe errors or occlusion sensor activation. These alerts enable healthcare professionals to intervene quickly and ensure optimal patient care.
Designed for hospital use, the Graseby 2100 is easy to program with an intuitive four-step interface (syringe selection, infusion rate, volume to be infused, and occlusion level). Its secure mounting system allows it to be stably installed on an IV pole.
Powered by a rechargeable 12V DC Ni-MH battery, the pump offers 4 hours of autonomy at a flow rate of 5 mL/h, ensuring continuity of care during patient transport or power outages.
