Class C Negative-Pressure Isolation Ambulance
- Interior Compartment
- Vacuum-formed ABS; sterile negative-pressure cabin
- Stretcher Capacity
- 150–300 kg
- Patient Capacity
- 1–2 Patients
- Medical Seats
- 2–5 Seats
- Oxygen System
- 1–2 Oxygen Cylinders
- Power Supply
- 12V / 24V / 220V
Reference configuration. Final values are confirmed for the selected chassis, model and destination.
About the Class C Negative-Pressure Isolation Ambulance
The KEEYAK Class C Negative-Pressure Isolation Ambulance is an intensive-care road ambulance with a compartment kept below adjacent pressure by controlled airflow. The product range includes stretcher capacity (150–300 kg) and patient capacity (1–2 Patients), depending on the selected configuration and operating duty. Final body integration requires confirmation.
It is intended for emergency medical services, infectious-disease transport teams, specialist hospitals, and public health agencies. Pressure control, filtration, air-change strategy, leakage management, cleanable surfaces, clinical workflow, stretcher access, medical equipment, electrical reserve, decontamination process, and applicable standards determine the conversion. Confirm details before ordering.
What Is a Class C Negative-Pressure Isolation Ambulance Used For
- Infectious Patient TransportSpecialist teams transfer patients requiring source isolation while the controlled-airflow ambulance supports separation between the patient compartment and adjacent vehicle areas. The selected stretcher capacity must match operating conditions and site access.
- High-Acuity Isolation TransfersHospitals use the vehicle for monitored transfers when advanced care and isolation are both required, subject to clinical, equipment, and infection-control protocols. Selection depends on patient capacity, duty cycle, and site conditions.
- Public Health Emergency ResponseHealth agencies deploy the unit during communicable-disease events to move designated patients between controlled locations under an established transport and decontamination plan. Selection depends on stretcher capacity, duty cycle, and site conditions.
- Protected Interfacility MovementThe negative-pressure patient transport vehicle supports transfers between treatment centers while workflow zoning, receiving access, waste handling, and post-mission cleaning are coordinated. Selection depends on patient capacity, duty cycle, and site conditions.
What buyers usually confirm first
How does negative pressure support patient isolation?
It directs airflow into the patient compartment rather than toward adjacent areas when the system is operating correctly. Effectiveness depends on pressure differential, airflow paths, leakage, and maintenance. Buyers should confirm stretcher capacity and operating conditions before ordering.
