Patient trains on robotic gait trainer Lexo

Lexo
Gait and Locomotion

Q: Why is regular maintenance required for Tyromotion devices?

Regular maintenance is essential to ensure the safe operation, performance, and regulatory compliance of Tyromotion rehabilitation systems. It helps maintain therapy quality, protects warranty and service claims, and ensures that devices can be used reliably in daily clinical practice.

Why Lexo

Get to know
Lexo

Lexo is an end-effector-based gait trainer designed to maximize therapy efficiency through fast setup, high patient activity, and integrated trunk support. It enables intensive, evidence-based gait training while supporting optimized workflows and allowing clinics to treat more patients effectively.

Patient gets transferred into Lexo gait trainer

Flexible Solutions For Every Patient

Multiple adjustments for individualized therapy needs.

Therapist closes foot attachement of patient on Lexo robotic gait trainer

Efficient Therapy Setup

Fast setup without complex joint adjustments required.

Active Patient Engagement

Encourages patients’ active participation during gait training.

HOW LEXO WORKS

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The new standard in
robotic gait training

Lexo is a robotic gait trainer transforming gait rehabilitation with fast setup, high patient activity, and integrated trunk support. Gait training with Lexo means gait rehabilitation combined with scientific evidence.

Download factsheet.

Not possible?
It is possible.

Maximum number of steps and intensity, active walking, easy handling, and quick setup time. With Lexo, patients can begin early gait training and gradually work toward improved mobility and upright function.

Request a demo.

WHY LEXO

Therapeutic rehabilitation
with Lexo.

Robotic end-effector gait training combines strong clinical evidence with practical usability, making it a highly effective solution for modern gait rehabilitation. Designed to support both therapists and patients, the system offers a new standard in robotic therapy through efficient setup, active patient engagement, and a space-saving design.

Lower Operating Costs

Enhanced trunk support and easy set up improve workflow efficiency.

Compact System Design

Fits seamlessly into various therapy settings with its 231 cm height.

Maximum Efficiency

Fast setup enables higher daily patient capacity.

PATIENT STORY

Sam Kitchen sitting in his wheelchair next to gait trainer Lexo

Patient Story: Sam’s Journey Back to Walking with Lexo

After a severe accident and a T6 spinal cord injury (ASIA D), Sam spent three months unable to move his legs.
With the support of robot-assisted therapy, including the Lexo robotic gait trainer, Omego leg rehabilitation, and the Pablo biofeedback therapy device, Sam experiences highly engaging, game-based training that challenges his muscles, tracks progress, and keeps motivation high.

PEDIATRIC KIT

One device for children,
adolescents and adults

Pediatric Kit assures physiologically optimized positioning for children and adolescents while working on aspects of gait such as independent walking, walking velocity, and walking capacity.

Therapist securing a harness on a young girl for the Lexo gait trainer.

LEXO ADVANCED FEATURES

Active
Training mode

Lexo promotes demanding self-activity while supporting the training of a physiological walking pattern. It enables targeted gait training, focusing specifically on initial contact, stance phase, and swing phase.

Enhanced
trunk support

The PELVIS PLUS system, including the patient sattle, features individually adjustable back support to enhance trunk stability and promote a more natural gait pattern. This enables safe, adaptable therapy tailored to a wide range of patient needs.

Lexo
therapy

Innovative transfer modes, adaptable body weight support, and PELVIS PLUS guidance enable safe, efficient therapy. Passive-active walking, smart adjustments, and virtual feedback maximize engagement and outcomes.

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Scientfic Evidence

Supported by clinical studies, Lexo advances robotic gait rehabilitation with proven therapeutic outcomes. Explore our extensive library of studies and scientific publications to see its impact on efficient, modern rehabilitation.

Explore Lexo studies

Frequently Asked Questions
Lexo

What is the difference between end‑effector‑ and exoskeleton‑based gait trainers?

End-effector gait trainers like Lexo guide stepping via motorized foot plates, while exoskeletons move the legs through an attached motorized frame. End-effector systems are quicker to set up, allow better therapist access, promote active participation, and suit more patients, including those with contractures, orthoses, or prostheses.

Which patients are suitable for therapy with Lexo?

Lexo is intended for gait rehabilitation in patients with impairments in walking and mobility. Common indications include neurological conditions such as stroke, spinal cord injury (including high complete injuries), and cerebral palsy. Detailed indications and contraindications are provided in the Instructions for Use (IFU).

What is the patient height and weight range for Lexo?

Lexo therapy is suitable for patients weighing between 15kg (33 lbs) and 180kg (397 lbs). Additionally, it can accommodate patient heights ranging from 100cm (3’4”) to 200cm (6’7”).

Why is regular maintenance required for Tyromotion devices?

Regular maintenance is essential to ensure the safe operation, performance, and regulatory compliance of Tyromotion rehabilitation systems. It helps maintain therapy quality, protects warranty and service claims, and ensures that devices can be used reliably in daily clinical practice.