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Tyromotion LEXO

LEXO®  Gait and Locomotion

Pushing the boundaries of robotic gait training

 

In robotic gait rehabilitation, patients and therapists always face the same challenges: tedious set-up procedures, limitations in the adaptability to the patient’s needs, and unnatural walking patterns. LEXO® is the long-desired gamechanger in robotic gait training. The innovative transfer options boost up net therapy time and spare time for what is needed most: direct therapist-patient interaction.

Tyromotion’s end-effector robotic gait training system allows active training and encourages the  patient’s self activity. The innovative transfer options maximises therapy time and increase the utilisation rate. With its high adaptability LEXO® can be adjusted precisely and used with a wide range of patients. Its compact design and low height makes LEXO® also easy to integrate in any therapy room.

Enable your patients to take their first steps with LEXO® 

 

Key features of LEXO®

Innovative transfer mode

Different body weight support modes

PELVIS PLUS guidance

Passive-active walking mode

Seamlessly and electrically adjustable settings

Task-oriented training

Augmented Performance Feedback

Virtual Environment

Why LEXO®?

Strong evidence for end-effector gait training

Demands patients’ self-activity

Easy and fast setup as a paradigm shift in so far known robotic gait rehabilitation

Compact design and low height makes it perfect for any therapy room

  • Demanding self-activity
  • Training of physiological walking pattern
  • Highly engaging for the patient
  • Specific gait training (initial contact, stance phase, swing phase)
  • Lateral and vertical guidance with PELVIS PLUS system
  • Innovative body weight support modes
  • Wide range of patients
  • High net therapy time due to innovative transfer modes
  • Only 1 therapist needed
  • Intuitive user interface 
  • Seamlessly adjustable settings without therapy interruption
  • Easy integration and implementation in existing and new facilities
  • Fits within normative ceiling height (International health facility guidelines)
  • Innovative transfer modes
  • Different body weight support modes
  • PELVIS PLUS guidance
  • Passive-active walking mode
  • Seamlessly and electri cally adjustable settings
  • Task-oriented training
  • Augmented Performance Feedback
  • Virtual Environment

“In comparison to conventional gait rehabilitation, gait training assisted by end-effector apparatus leads to a statistically significant and clinically relevant improvement in gait velocity and maximum walking distance after stroke.”

1 MEHRHOLZ, 2018

Let us know if you would like further information or wish to speak to one of our Product Specialists