REO Ambulator

ReoAmbulator™ is an innovative robotic gait-training device that
integrates body-weight supported treadmill training with advanced
robotics to re-train patients suffering from orthopedic injury
or neurological disorders that affect gait and balance functions.
ReoAmbulator™ benefits:
Combining an innovative and proprietary
robot-assisted training platform with an
in-depth understanding of neurorehabilitation, ReoAmbulator offers the most
advanced rehabilitation solution:
Intensive and controlled gait training
therapy for adults and children with
neurological disorders and orthopedic
injuries
Dynamically follows the rehabilitation
process using two modes: a passive
mode with robotic legs that initiate or
guide motion, and an active mode for
more advanced rehabilitation stages
Increase patient awareness,
understanding, engagement and
motivation by integrating multitask
motor and cognitive training modality
using VR technology platform
Increase ambulatory therapy efficiency
by customizing session parameters,
supporting patient body weight and
enhance a repetitive consistent normal
movement
Improves therapy management by
providing session's information and
monitoring of patient's progress
Enables customized weight-bearing
using robotic legs, gradually shifting load
from device to patient
Allow patients to participate earlier in a
controlled method of gait re-education
What our customers say:
“Using the ReoAmbulator over the past few months has improved my confidence in activity of daily living,
The ability to move my hip and knee in a way that simulate normal walking pattern for many repetition in
each session provides me an opportunity to experience a natural walking pattern and allows me
to relearn how to walk again..".
John (Patient)
Advanced management
software
Advanced training
modules
The ReoAmbulator robotic rehabilitation system
is driven by user-friendly, versatile therapy
management software that is designed to optimize
results in every therapy session for every patient.
The advanced training modules are designed to simulate
real life situations
Multi-tasking module
The system allows therapists to customize settings,
maximizing the patient’s benefit and leading to
optimized gait training and reduced impairment.
Multiple virtual sceneries are available to select and
explore, providing the patient variation and a realistic
environment while providing real time feedback
about speed and distance travelled.
ReoAmbulator
offers the patient:
In addition, motion detection sensors are designed to
follow patient movements in real time, and incorporate a patient avatar in the projected scene.
A stimulating VR exercise environment
designed to engage and motivate training
A safe environment to advance through
rehabilitation:
Adjustable height, force and robot assistance
Sensors' closed loop control and will
automatically stop the machine for
patient safety
Built in gait profiles that mimics normal
walking pattern
Exercises are designed to improve:
Gait pattern
Balance
Weight bearing
Speed
Coordination
ReoAmbulator
offers the therapist:
An intuitive user interface, with multi-language
support
Full control to customize excercises specific
to each patient
Data collection and reporting of treatment
progress scoring:
Detailed gait analysis and feedback on
patient progress
Monitoring and tracking of movement quality
Ability to print reports and graphs
The software is designed for multi-tasking training,
and includes upper extremity exercises as well as
obstacle crossing.
These multi- task exercises are developed for both
motor and cognitive rehabilitation. The improvement
of patient engagement during the exercise, enhances
their motivation to train.
The multi tasking is clinically proven to improve gait
and balance.
Gait analysis module
Practice screen
ReoAmbulator’s innovative gait analysis module is
focused on monitoring gait, and providing precise,
real-time auditory and visual feedback to the patient.
This feedback is proven to improve the patients' gait.
The gait analysis module was designed for patients
able to walk without the robotic legs with optional use
of the body weight support function.
The gait analysis screen displays the desired and
actual foot positions. The patient can then correct the
future steps.
The therapist can adjust step size and frequency
during the gait session. At the end of the session
accuracy scores are generated.
This data is saved and available offline for continued
patient monitoring.
Flexibility to patient needs
Main conclusions:
Patients of nearly any body dimensions can
easily use the system interchangeably due to the
following features:
A set of harnesses designed to support a
patient height of 90 – 200 cm, easily enabling
pediatric as well as adult usage
Any patient weight up to 150 kg is fully
supported
Robotic legs are adjustable to any patient
pelvic width between 30 – 70 cm
Length 243 cm
Ambulator
Width 120 cm
Height 280 cm
Get back on your feet
Weight 700 Kg (1560lb.)
Treadmill width 70 cm
Treadmill length 130 cm
Adjustable hip width 30–70 cm
Patient weight max 150 kg (330lb.)
Patient height 90-200 cm
Robotic legs are easily adjustable to children
Treadmill speed 0-10 km/hr (max)
Robotic legs can be moved out of the way for
patients able to walk unassisted
without robotic legs
Treadmill speed 0-3.5 km/hr (max)
About Motorika
A short set-up time due to an easy and quick
patient harnessing procedure
with robotic legs
Since 2004, Motorika’s mission is to create
Wide (70 cm) treadmill allows easy access for
a large wheelchair
Built-in treadmill shock-absorbers create a
comfortable walking environment on a hard
surface
Main screen size: 40”
robot-assisted solutions to meet the
therapeutic needs of patients suffering from
Therapist touch screen size: 22”
a variety of neurological conditions, including
System Rating: 115/230 VAC 3 KVA
stroke, traumatic brain injury, spinal cord
Frequency – 50-60 Hz
injury, as well as orthopedic and post-surgery
dysfunction.
Two USB ports
Versatile one robotic leg set for adults
and pediatric
One Internet port
Specially designed versatile pediatric kit
Integrated wheels for easy transport
Adjustable hand rail
We work with top experts in the field to
develop and market innovative, high-end
robotic rehabilitation products for upper and
lower extremities.
16QUM001 Rev. 1
ReoAmbulator™
was designed as a truly
flexible system with
respect to patient size.
Technical specifications
Therapy with a Robotic Touch
www.motorika.com
Email: info@motorika.com
Therapy with a Robotic Touch