ARIA combines Malvestio technologies into a flexible bed, suitable for both intensive and semi-intensive therapy.
Technologies
More time for what matters most
Offsets the patient push towards the foot-end of the bed
With the SISTEMA INCENTRO, the combined backrest-pelvis transfer cancels horizontal thrusts and prevents slipping.
The correct positioning of the patient reduces the risk of decubitus due to "rubbing" between skin and the surface of the mattress.
A non-slipping patient reduces fatigue and the risk of injury, and frees up staff to focus on activities of greatest value to patients.
More manageable to transport the patient effortlessly and safety
Thanks to the DRIVESYSTEM ascent support and descent assisted braking system, ramps with inclines of up to 10% can be navigated easily and safely. With the user-friendly Traction Control Switch you can control both the forward/backward movement and the walking speed. The system is equipped with an anti-crushing sensor that ensures the operator's safety during backwards maneuvers.
The exclusive WEIGHING SYSTEM was designed to guarantee a high level of precision
Thanks to the 4 sensors located at the corners of the bed, the load is better distributed and the reading level more accurate. It is possible to record patient weight data and to view the corresponding graphics on the touch screen. While the weight of the patient is monitored it is possible to set up different types of alert: exceeded threshold weight alert, 'bed exit' alert, 'restless patient' alert.
Moving the patient to bed, especially if he cannot cooperate, is always a delicate time for hospital staff
Tilting the lying surface makes the activity easier even for an individual operator. You can activate the Lateral Tilt from any side: from the touch console, from the push-button panel on the sides or from the pedals. The lateral tilt allows to adjust the mattress platform, promoting breathing and oxygenation in the patient, contributing at the same time to preventing respiratory complications. From the touch screen console it is possible to program a personalized rotational system, by setting up the number of cycles, intervals and angles.
With a large radiotransparent area, ARIA range beds are equipped for taking X-rays without having to remove the patient.
The radiotransparent plastic laminate backrest features a cassette holder for X-ray plates that allows X-ray examinations to be carried out on a bedridden patient.
The X-Ray cassette holder can also be removed with the backrest in a horizontal position, thus avoiding disturbing the patient at the end of the examination.
Intensive care patients need to be frequently repositioned by the nursing staff as their body tends to slip towards the foot-end of the bed, with subsequent skin friction.
The lateral tilting function can also be programmed from the touch screens to activate automatically, through the “rotational system” function.
The automatic inclination allows, without engaging healthcare workers in strenuous activities, for preventing complications deriving from a prolonged stay in the same position such as pressure ulcers.
The lateral tilt of the mattress platform makes medical staff activities more ergonomic as the patient can be placed on one side with the minimum effort.
This way, nursing staff can operate on the patient, preventing injuries and reducing fatigue at work.
The activation and extent of the lateral tilting can be controlled via the touch screen console, the side push button panel on the side rails and the pedal panel on both sides.
Thanks to the Drive System ascent support and descent assisted braking system, ramps with inclines of up to 10% can be navigated easily and safely.
The practicality and safety of manoeuvring ARIA range beds are guaranteed also by the compact design of the structure, which has been studied to optimise the overall dimensions of the bed.
From the touch screen it is possible to save the patient’s weight data for later reference.
The corner weighing sensors are able to detect different levels of patient movement, alerting the operator if the patient becomes restless.
By detecting the patient’s movements, it is possible to receive an alert when the patient is about to leave the bed unattended.
The weight monitoring system can be programmed to alert if the patient leaves the bed.
