We are constantly striving to meet current demands and future trends for the exact positioning and immobilization of radiotherapy patients by developing new products and further developing on existing ones. This enables us to achieve difficult patient positioning more easily and correct such positions when necessary.

This also includes the construction and production of prototypes based on your individual specifications.


Localizer
[Art. No. L-LOC]

The Localizer is used to determine the positioning of a tumor patient in a reproducible manner when simulating therapy or carrying out radiation.

It has been manufactured as a bridge made in polycarbonate with the radiation axes labeled on the sides (e.g. 0°, 45°). It was developed for use with the Universal-Board 2000 but can also be adjusted for use with a variety of positioning aids and radiation tables.

The Localizer is inserted and locked in place on the sides of the Universal-Board 2000.

Abdominal Press
[Art. No. L-ABP]

The Abdominal Press serves to support positioning of a tumor patient during radiation. It has been manufactured as a bridge made in carbon and its height is adjustable.

The Abdominal Press was developed for the Universal-Board 2000 but can also be adjusted for use with a variety of positioning aids. The Abdominal Press is fastened to the Universal-Board 2000 using Quickfaster rapid-locks.

The level for abdominal breathing can be adjusted for radiation using the interchangeable breathing plate which has an adjustable height (available in two sizes).

Modular system for carbon tabletop
Exchangeable tabletops - the ideal holding concept in radiotherapy

Tiltbox-Robospace

In addition to its four axes (translatory motions on X, Y and Z axes and isocentric rotation), motions made possible by a stable holding table for the linear accelerator, one can also work with two additional directions of motion by using the Tiltbox-Robospace that allows both tilting and rolling by +/- 3° in each case.

The system can be operated using a hand switch in the radiation room and by computer at the control desk for the linear accelerator. This enables us to achieve difficult patient adjustments more easily and correct positioning.