FX innovations,
Ergonomics designed by paramedics, for paramedics
The eFX electric ambulance care module left paramedics with strong reactions, feeling both impressed and full of admiration. This futuristic configuration, designed in close collaboration with paramedics, quickly became a clear choice.
Years of research and development allowed Demers to test, certify, and validate numerous innovations aimed at improving the ambulance care environment. Today, the electrification project is on hold while we await a chassis supplier capable of delivering a platform truly suited to ambulance use.
Demers’ innovations, however, are destined for deployment in conventional ambulances. Our engineering team is actively working to integrate these key elements into the next generation of vehicles.
FX Action™ Seat
A strong symbol of innovation, this ergonomic, mobile FX Action™ Seat offers remarkable freedom of movement, giving paramedics full access to the patient from head to toe without unfastening. Its streamlined design incorporates a patented and certified system equipped with 4-point belts, putting paramedic safety first.
These belts allow paramedics to stand to perform CPR without having to unbuckle. Presence sensors alert the driver if a paramedic stands, allowing them to adapt their driving. Seatbelt sensors also indicate if a paramedic is not secured.
With this innovation, Demers achieves a major advance in workplace ergonomics by designing a seat that naturally follows a paramedic’s movements.
Swivelling drawer cabinet
Designed to work with the FX Action™ Seat, this intelligent cabinetry features mobile work surfaces and pivoting drawers with an electronic locking mechanism. This ergonomic advancement allows paramedics to bring equipment closer, reducing strain and avoiding the need to reach or bend for access.
Powered bulkhead window
The extra-wide electric division window improves communication between the cab and the patient care module, allowing paramedics in the rear to anticipate sharp turns. It also provides complete sealing between the front cab and the patient compartment. Combined with separate HVAC systems, it helps reduce the risk of cross-contamination between the two areas.
The window can be operated from either the cab or the care module. A safety function allows paramedics to exit the care module in the event of an aggressive patient. If the driver locks the window from the cab, the control button in the care module is automatically deactivated until it is unlocked.
Overhead linear lighting
Linear lighting in the patient compartment provides uniform, shadow-free illumination, improving visibility during precise procedures. Three distinct zones with adjustable brightness allow lighting to be adapted as needed. Through the MMC touch screens, paramedics can also adjust light colour (white or warm mode) to help reduce patient stress and improve comfort during transport.
MMC multiplex
Originally designed to manage the complexity of power distribution in a fully electric vehicle, this new generation of multiplex allows digital control of the ambulance through a touch interface. Easy to use and feature-rich, it simplifies work for paramedics on board.
Decentralized and easy to maintain, the system also benefits fleet managers by simplifying upkeep. Connected and compatible, the MMC delivers valuable operational data and is ready for integration with third-party systems to optimize EMS operations. It is the first concrete example of eFX technologies migrating to conventional platforms.
Heating, ventilation, and air conditioning (HVAC) system
A dual-circuit setup provides two separate HVAC systems for the front cab and the care module, optimizing temperature control and limiting the risk of cross-contamination between environments. This advanced ventilation system uses the overhead console as the main diffuser, ensuring uniform airflow and efficient air renewal around the stretcher and paramedics.
