Medima P300 Top Patched Jun 2026

Delivers program-driven or manual bolus volumes up to 500 ml .

According to the Medima P300 data sheet , the device offers the following performance metrics: Specification 0.1 to 1200 ml/h Infusion Volume Up to 20,000 ml Accuracy ±5% with Medima Line sets Bolus Volume Up to 500 ml Battery Life Up to 15 hours (at 25 ml/h) Weight Less than 2.3 kg Safety and Integration Medima P300

The Medima P300 Top outperforms most competitors in continuous high-pressure applications due to its integrated cooling and lower noise. Rexroth offers more aftermarket support, but Medima provides better factory-direct performance per dollar. medima p300 top

functions. It is a 1-way intermittent/volumetric pump manufactured by Medima Sp. z o.o. in Poland. Key Technical Specifications Flow Rate Range: 0.1 – 1200 ml/h. ±5% using dedicated Medima Line IV sets. Infusion Volume: Up to 20,000 ml. Battery Life:

Integrates directly with hospital information systems (HIS/PDMS) via MedimaNet software and is suitable for transport, with a NiMh battery providing up to 15 hours of operation. Technical Specifications Flow Rate Range: Infusion Volume: Up to Occlusion Pressure: Weight: Delivers program-driven or manual bolus volumes up to 500 ml

Ultimately, the Medima P300 Top embodies an evolution in infusion technology, prioritizing , clinical efficiency , and operational reliability to empower healthcare providers in delivering the highest standard of care.

The intuitive user interface, available in multiple languages (including English and Polish), streamlines the pump programming process, helping to minimize the risk of programming errors and saving valuable clinical time. functions

Core Functionality At its core, the P300 TOP’s primary role is to record and display ECG waveforms with sufficient fidelity for diagnostic interpretation. Typical features include:

1-way infusion pump - P300 - Medima - intermittent / volumetric

The simple, intuitive menus make training and everyday operation straightforward, reducing operator stress.