ROBERT®, Your Pathway to Faster Recovery!

ROBERT® is an innovative and ground-breaking robot focusing on efficient rehabilitation and early mobilization of patients.


Active Resistive Mobilization

ROBERT® offers resistance against the patient’s movement.

The resistance level of the exercise is adjusted to the patient’s functional strength. ROBERT® can perform resistance to any movement, as designed by a healthcare professional.

Active Assistive Mobilization

ROBERT® guides the patient through the exercise.

The patient’s function and strength determines the level of activity during the exercise. The patient coorporates with ROBERT®’s movements or relaxes in case of fatigue.

Passive Mobilization

ROBERT® supports the rehabilitation of immobilized patients.

Very early mobilization of severely affected patients is facilitated. Patients with reduced or inexisting level of function can engage in early rehabilitation.


PATIENTS

Enhance early mobilization and improve effectiveness of treatment.

  • Prevent soft tissue contracture and pressure sores
  • Minimize risk of blood clots and pneumonia
  • Reduce muscular atrophy and neuropathic effects

STAFF

Reduce heavy and repetitive lifts.

  • Reduces the physical contact between patient and staff
  • Easy maneuvering and simple interface
  • Be more efficient and can help more patients at once

SOCIETY

Faster Recovery!

  • Faster recovery and return to daily living
  • Shorter hospitalization periods

Very Easy to Use

Besides the easiness of moving the robot from place to place, ROBERT® offers the healthcare professionals a quick, safe, and intuitive operation.

Request a Demo of ROBERT® Today!

An investment in ROBERT® is beneficial at several levels, as for example enhancement of mobilization, reducing inpatient stays, and improving different health and wellbeing aspects. ROBERT® provides a complement to the healthcare professionals’ daily work, avoiding heavy lifting and intensive movement repetitions.

ROBERT® is very convincing when you see it in action!