
Hamilton Medical HAMILTON-C1 ICU Ventilator

Manufacturer: Hamilton Medical · Origin: Switzerland
SKU: KES-PULMONOLOGY-RE-HAMILTON-MED-HAMILTON-C1 · Model: HAMILTON-C1
Compact, turbine-driven ICU ventilator for adults, paediatric and neonatal patients — no compressed air required.
Product Overview
The HAMILTON-C1 is small on size and big on performance: a versatile, feature-rich ventilator in a compact size for all patient groups, per official Hamilton Medical documentation. It covers ICU/PICU/NICU, emergency room, step-down, long-term acute care and intrahospital transport, delivering high-flow nasal cannula therapy, noninvasive ventilation and volume/pressure-controlled modes with ASV adaptive ventilation. The integrated turbine and four-hour battery make it independent of compressed air and wall power.
Applications
ICU, PICU/NICU, emergency departments and intrahospital transport teams.
Clinical Benefits
Improved diagnostic accuracy, enhanced patient safety, and reduced operational downtime.
Key Features
Adult/Paed/Neonatal ventilation in one compact device High-flow oxygen therapy + NIV + invasive modes ASV intelligent adaptive ventilation Integrated turbine — no compressed air needed 4-hour battery, hot-swappable Dynamic Lung panel and volumetric capnography HAMILTON-H900 humidifier integration
Technical Specifications
Patient groups: Adult/Paed, Neonatal. Dimensions (ventilation unit): 310 x 210 x 245 mm; incl. trolley 630 x 630 x 1380 mm. Weight: 4.9 kg; 16.9 kg with trolley. Monitor: 8.4 in, 640 x 480 px, detachable. Battery: 4 h, hot-swappable. Air supply: integrated turbine. Loudness: 43 dB. Modes: ASV, NIV, high-flow oxygen therapy. Monitoring: Dynamic Lung, VentStatus, volumetric capnography, SpO2, lung stress/strain (per official Hamilton Medical technical data).
Commercial Information
Frequently Asked Questions
Equipment guide in the Knowledge Centre
Read our guide to the Hamilton Medical HAMILTON-C1 ICU Ventilator: what it is used for, key features, technical considerations and purchasing guidance.

