Medical Equipment Expert
Thick and normal nutrition mode
Built-in double CPU for best-assured reliability
360° visual light signs, easy for clinical identify
Self-priming pump
Embedded ultrasound sensor for air bubble detection
Specifications
| Flow Rate | 1ml/h ~ 400ml/h, step by 1ml/h |
|---|---|
| VTBI | 0 ~ 9999, step by 1 ml |
| Purge | 2000 ±10% ml/h |
| Bolus | 2000 ±10% ml/h |
| Pumping Mechanism | Curvilinear peristaltic |
| IV Set | Compatible with recommended IV sets |
| Accuracy | ≤ ±10% with dedicated IV set |
| Occlusion Sensitivity | 50 kPa ± 10 kPa |
| Noise | distance of 1 meter in every direction, the noise level is below 50dB |
| Power Supply, AC | AC:100V~240V 50Hz /60Hz |
| Battery | Internal DC11.1V rechargeable Li battery |
| Battery Life | Over 5 hours at intermediate rate |
| Relative Humidity | 30% ~ 75% |
| Dimensions | 160 × 145 × 160 mm |
| Weight | 2.5 kgs |
| Optional | Dedicated disposable nutrition IV set |
Features
Thick and normal nutrition mode
Built-in double CPU for best-assured reliability
360° visual light signs, easy for clinical identify
Self-priming pump
Embedded ultrasound sensor for air bubble detection
Embedded pressure sensor with DPS system for occlusion detection
Data confirm key to avoid mis-operation and improve feeding safety
Fixation clamp which can be 90 degrees rotated
Powerful alarm system with both audible alarm signs
USB interface, easy to update and transfer the history data
Medzer Infusion Pump provide reliable and precise solution for controlled medication delivery. They support various infusion modes to meet different medical needs. Their user-friendly interface ensure easy programming and monitoring. With advanced accuracy and consistent performance, they enhance patient care and treatment efficiency. The compact, lightweight design make them ideal for bedside use in hospitals and clinics. Our infusion pump offer accurate medication delivery that ensure both patient safety and healthcare efficiency.
Get In Touch
2024 © All Rights Reserved by Medzer.com
