VACUFORM
2.0
For all interventions requiring special positioning for surgery, the Vacuform® 2.0 product line offers surgical mattresses to satisfy all the relevant requirements for the indication. The new, expanded Vacuform® 2.0 product line includes surgical mattresses for obese patients as well as a vacuum mattress as a contemporary alternative to a plaster bed. Furthermore, we are able to make nearly any special size you require.
Patient comfort redefined - the perceived weightlessness.
Key Features
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Optimized pressure relief (pressure test of ETH-HEMPA, Switzerland)
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Free of latex, PVC and softening agents (biocompatible)
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100% suitable for X-ray, MRI, and CT use
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Image converter application possible during surgery
Safety on the operating table
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No slipping
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Secure fixation
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Extreme operating table inclination
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Easy and fast handling
Extended Range
Very large standard range as well as custom-made products
Cost reduction
On the efficiency side, Vacuform® 2.0 offers an enormous cost reduction through simple and fast handling, by avoiding consequential damage such as bedsores and paresis, by saving additional materials, fast cleaning and long reusability even with permanent use.
Innovative MicroSpace System
The secret of perfecting body adaptation of Vacuform® 2.0 surgical mattresses is achieved through micro-polystyrene balls that stabilize through the vacuum to a sustainable and holistic supporting form. For many years, Vacuform® has had the proven and unique MicroSpace system and significantly increases the physical sense of comfort for the patient compared to conventional fillings.
The diameter of the filling balls, which has been reduced by one-fifth, enables a much more precise body adaptation of the surgical mattress.
Decubitus prophylaxis in the operating room
Especially in time-consuming operations or for elderly and poorly constitued patients, there is a risk of pressure points in the form of acute decubital ulcers and paresis. The individual and ergonomic body adaptation of the Vacuform surgical mattress effectively prevents such damage. The contact pressure of the patient is optimally distributed over the whole body and thus reduced to a minimum. The microcirculation necessary for the skin is preserved.