EUROSMED
Mendec®
Aqua
Power and control
The hydraulic system allows to multiply the force applied by the operator, making it 3 times stronger, allowing to easily extrude high viscosity resins with ease. Thanks to its precise screw, Mendec® Aqua offers total extrusion control over the injection. Cement extrusion can be blocked immediately just by screwing the system anti-clockwise.
Exclusive torque limiter
Mendec® Aqua is equipped with the exclusive torque limiter, which is a mechanism that prevents the pression applied to become excessive. When the pression limit is reached the mechanism will idle, guaranteeing a safe procedure.
Our safest combination
Mendec® Aqua and Mendec® Spine HV System have been study to be our best and safest combination. It combines the benefits of our exclusive all-in-one closed system with the safety of our hydraulic gun.
Mendec® Aqua
Mendec® Aqua is the revolutionary hydraulic delivery system for spinal resin, that assures safety & control during vertebral augmentation procedures. It’s been designed to easily deliver even high viscosity spinal resins in total safety and control.
Extend your safety
Interventionalists and their staff are exposed to high amounts of radiation due to the long, complicated procedures performed every day and their proximity to the radiation source.
Mendec® Aqua has been developed with the precise intent to enhance the protection of the operators. The distance from the fluoroscope plays a major role in reducing the absorbed radiation dose. Thanks to its 155 cm tube it allows the operator to stand away from the radiation source, and to significantly reduce radiation exposure.
The inverse square law
The inverse square law describes the principle of dose reduction as the distance from the source increases. It states that a specified physical quantity or intensity (radiation intensity in our case) is inversely proportional to the square of the distance from the source of that physical quantity. Thus if you double the distance you reduce the dose by a factor of four.