The power of endeffector-based gait therapy
G-EOS – The power of endeffector-based gait therapy
Reha Technology –
passionate about robot-assisted gait therapy
For over 10 years, Reha Technology has been successfully developing innovative, robot-assisted gait therapy systems for use in the field of neurological rehabilitation. Based on the end-effector principle, the G-EO range of systems facilitates the work of therapists, reduces the physical burden and supports a wide and varied spectrum of patients with limited mobility and physical capacity. Reha Technology products provide personalized therapy with intelligent robot technology and allow the treatment intensity to be increased in line with patient needs.
Robot-assisted gait therapy is an effective method in the rehabilitation of neurological patients. In recent years, the technology has been greatly refined in collaboration with leading clinics and universities. Today, robot-assisted therapy has become an indispensable tool in neurological rehabilitation. Countless studies confirm the clinical evidence of end-effector-based gait therapy in comparison with conventional therapy.
In clinics and medical practices, the use of gait trainers has brought about a significant increase in cost-effectiveness and efficiency in gait rehabilitation, reduced the physical burden on therapists and helped patients to walk unassisted more effectively and purposefully.
End-effector-based G-EO gait trainers from Reha Technology enable performance-related therapies for a wide range of neurological pathologies to be employed at a very early stage.
Enhancing the therapy –
at high intensity, quickly & reproducibly
Neurological rehabilitation must be customized at the correct intensity for individual patients right from the beginning. For the long-term success of the therapeutic procedure, it is important to perform a movement with a high number of repetitions specific to the task in question and in a physiologically correct manner. And this is precisely where the G-EO from Reha Technology plays a key role in this target-oriented, early and intensive therapy.
The robot-assisted gait trainer simplifies and enhances both the therapy procedure for the therapists and the therapeutic process as a whole. The patients, the therapists and the entire therapeutic environment benefit in equal measures.
The use of robot-assisted gait therapy minimizes the physical burden on the therapist. It allows the therapist to focus on the patients and their therapy more precisely and in a more target-oriented manner. This enhancement to the therapy allows additional time in which to observe and inform the patients, leading to an important positive boost in the intrinsic and extrinsic motivation on the part of the patients and therapists.
Stairs climbing –
boost your gait therapy
The G-EOS physiological gait pattern helps patients by simulating walking on the flat, on slopes and climbing stairs. The G-EO enables patients to receive intense, performance-oriented preparation for demanding everyday challenges such as stair climbing in an optimal and controlled manner by means of a large number of reproducible repetitions.
Climbing stairs significantly improves and enhances a patient’s gait quality. With the G-EOS, the therapist has the technical support to prepare a patient specifically for stair climbing. Stair climbing stimulates the physiological muscle activation of the legs and results in a greatly improved ability to walk. Increased cardiovascular activation, stimulation of weight transfer and increased strength requirements are important aspects of stair climbing.
End-effector principle –
short patient set-up time
The G-EO gait trainer with its end-effector principle represents a significant reduction in therapist workload. Guidance of the affected limb calls only for distal fixation, in this case, the feet. No complicated adjustment and fitting steps are needed and the average patient setup time is reduced to around five minutes. This value represents a vital factor for an efficient therapy cycle in machine-based gait rehabilitation.
The patients begin their therapy quickly and without time-consuming set-up procedures. The physical burden on therapists is reduced considerably and therapy time can be used more effectively on and with the patients. Other therapy disciplines such as speech therapy or cognitive training can also be integrated.
Hip and body position –
the basis for good gait quality
Body position control is a further important element in successful, long-term neurological gait rehabilitation. The G-EO gait trainer has a mechanical torso and hip control on three levels – frontal, transversal and sagittal. It enables the therapists to control the patients body position as well as the natural knee and hip extension. In addition, the graphical user interface enables the hip and torso movement to be optimally adjusted to the patient’s needs at all times without interruption to the therapy.
- Motorized weight relief up/down 0-5 cm; 0-2 in; dynamic/static
- Progression through precise depiction of the weight relief
- Customized hip and torso guidance, right/left +/- 7,5 cm / 3 in; dynamic/static
- Continuous, static adjustment of body position; anterior/posterior
Oriented to the needs of patients and everyday
life and optimized for the therapist
Geared to the needs of everyday life, the varied gait activities of the G-EOS from level walking to dealing with slopes and stairs, both upwards and downwards, in different activity modes – passive, active or active-assistive – benefit an extremely broad patient population and enable a personalized gait therapy in different indications.
The G-EOS function-related modularity enables a flexible, holistic therapy tailored to the patient’s walking ability.
The movement segmentation function also enables the therapist to train specific gait movements in terms of quality and performance from «Initial Contact» through «Midstance» to «Terminal Swing» individually and taking the clinical patient image into account.
Natural gait pattern –
continuously adjusted during the therapy
The G-EOS helps patients by simulating a physiological gait pattern leading to a natural muscle activation. An extensive range of configuration options can be applied without interrupting the therapy and enable the gait pattern to be customized based on the patient’s clinical image.
Functionality and modularity –
broad and diverse
The great functionality of the G-EOS assists therapists and the overall therapy process in the customization of the therapy goals and the expansion of the patient population.
The range of applications is broad and diverse:
- Parkinson’s disease
- Multiple sclerosis
- Spinal cord injuries
- Traumatic brain injury
- Cerebral palsy
The G-EOS sets new standards in modern, robot-assisted gait therapy.
“With the G-EO we are able to reproduce everday walking situations and train them intensively.”
Mrs. Susanne Sitterberg,
B.Sc. Physiotherapy, Head of Physiotherapy, Neurorehabilitation at the Aphasie-Zentrum Vechta, Germany.
The G-EOS footplates are equipped with intelligent pressure sensors and show the patient and therapist what amount of force is used where to initiate movement via the distal fixing – in this case the feet. This intelligence supports and ensures good gait quality and performance.
This and a great deal more important data on the gait therapy of each individual patient can be saved by the therapist in personal patient profiles. This ensures highly reproducible and controllable rehabilitation to be achieved in follow-on therapies.
The knee brace provides for stable guidance of the knee and ankle joints. For patients with severely limited to no knee control (FAC 0 to 1), the mechanical knee brace is the perfect aid for targeted gait therapy.
The knee brace guides the patient in a physiologically correct gait pattern. The therapist can thus focus on other important therapy-related priorities, such as their patient’s hip and torso control.
Functional electrical stimulation (FES) can be perfectly combined and synchronized with robotic-assisted gait therapy. It targets affected muscle groups and supports their activation at the appropriate time in the gait cycle. The patient benefits from a better therapeutic experience.
800 kg (1760 lb)
2.3 km/h (1.43 mph)
Max. step length
55 cm (22 in)
10-20 cm (4-7.8 in)
Ankle angle correction
-10° / +10°
Torso guidance (right/left)
+/- 7.5 cm (3 in)
up to 200 kg (440 lb)
Patient height (min./max.)
90-200 cm (2.9-6.5 ft)