Leading-edge mechanical ventilators for ICU, Emergency, and Home Care environments.
In the high-stakes world of critical care, Hangzhou QMS Medical Co., Ltd. stands as a beacon of engineering excellence. Established in 2015, we have transformed from a local specialist into a global powerhouse in the production of adult ventilators and integrated ICU ventilation systems. Our headquarters in Hangzhou, China, leverages one of the world's most sophisticated medical technology clusters, enabling us to deliver hospital-grade technology with unmatched efficiency.
SQM Facility
Expert Staff
Countries Served
Industry Leadership
Our 10,000-square-meter modern production facility is not just a factory; it is a center of "Smart Manufacturing." With over 220 skilled professionals, including specialized biomedical engineers and quality management experts, QMS Medical implements a rigorous 12-stage quality control protocol. From initial component sourcing to the final stress-testing of turbine systems, we ensure that every adult ventilator meets international clinical standards.
Adapting high-end ventilation technology to diverse healthcare environments.
Our portable models, like the 510s, are engineered for rugged use in ambulances and rapid-response units, providing stable ventilation during patient transit with extended battery life.
Equipped with high-flow therapy and advanced monitoring, our ICU turbine ventilators (CWH-8010) support patients with severe respiratory failure, offering both invasive and non-invasive modes.
Designed for chronic conditions, our home ventilators feature auto-leak compensation, ensuring patient comfort and safety in a residential setting without professional supervision.
The global medical community has recognized the strategic advantage of the Chinese medical supply chain. At QMS Medical, we capitalize on this through:
As we look toward 2030, QMS Medical is investing heavily in three core pillars of respiratory innovation:
Our upcoming software updates will utilize machine learning algorithms to analyze patient lung compliance in real-time, automatically adjusting inspiratory pressure to prevent barotrauma and improve weaning success rates.
Integrating 5G connectivity into our portable and ICU units will allow pulmonary specialists to monitor patient data remotely, providing expert intervention recommendations to bedside nurses in real-time.
The roadmap includes the development of even smaller, ultra-quiet turbine engines that will allow ICU-level performance in a device the size of a handheld tablet, revolutionizing air-bridge medical evacuations.
Ensuring safety and legal harmony across global borders.
All QMS products undergo rigorous testing to comply with international standards, ensuring seamless importation and hospital adoption in Europe, North America, and beyond.
We provide localized technical training and maintenance support through our network of certified distributors in the Middle East, Africa, and Latin America.
Our engineers provide comprehensive video and on-site training to ensure healthcare providers can utilize every advanced feature of our ICU systems.
Insights for procurement officers and medical distributors.
A: Turbine-driven ventilators (like the CWH-8010) do not require a central wall air supply or a heavy external compressor. They are more portable, respond faster to patient trigger efforts, and are ideal for both ICU and transport environments.
A: We use medical-grade components with a mean time between failures (MTBF) exceeding 20,000 hours. Our comprehensive quality management procedures include high-temperature aging tests and precision calibration before shipping.
A: Yes, many of our models (e.g., Mindray Sv800 and Chenwei series) feature wide tidal volume ranges (from 20ml to 2000ml), making them suitable for neonates, children, and adults.
A: Absolutely. We provide flexible manufacturing services to meet different market requirements, including customized housing, software languages, and UI design.
Extended solutions for neonatal, adult, and specialized medical applications.