Rehabilitation robotics unique in Latin America, precision diagnostics and high-tech therapy — every session is measured, adjusted and documented with real data.
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Gait rehabilitation robot in Latin America
+$5,000M
COP invested in biomedical technology
3
Robotic systems under one roof
100%
Sessions measured and documented with real data
A robotic exoskeleton that retrains your gait pattern step by step, with adjustable weight support and sensors that record every movement. Indicated for neurological conditions such as stroke, Parkinson's, multiple sclerosis and Guillain-Barré syndrome, as well as cerebral palsy in children from 80 cm in height.
The first robot of its kind for gait rehabilitation installed in the region, available at MOVID.
Foot plates with sensors that stimulate the propulsion phase, replicating a natural gait pattern with high repetition.
Every session adapts to the patient's anatomy, limb length, weight and real capacity.
The robot precisely doses how much support it gives, adapting to your progress as you regain autonomy.
A pressure chamber wraps around your body and reduces the weight your joints carry while you walk or run, with a video camera that shows your own gait on screen, in real time.
A pressure chamber reduces the impact on your joints while you walk or jog, letting you train pain-free.
An integrated camera shows your gait sequence on screen — steps, distance and time — so you can correct your pattern while you train.
Lets you train safely after surgery or a sports injury, even before you can bear your full body weight.
A controlled environment to relearn natural movement patterns, without fear of falling.
A robotized laser that combines two technologies in a single device: MLS for pain and surface-level inflammation, and Hilterapia for chronic, deep injuries — no surgery or medication needed.
Positions itself precisely over the exact area to treat, without depending on a therapist's hand.
Combines continuous (808nm) and pulsed (905nm) emission in a single pulse, boosting the anti-inflammatory and analgesic effect.
Nd:YAG laser (1064nm) with peaks of up to 3kW, capable of treating chronic, deep injuries other lasers can't reach.
Specific programs for pain, trigger points, anti-edema and biostimulation, tailored to each diagnosis.
Every robotic device works alongside our physiology and biomechanics lab: ergospirometry, gait analysis and baropodometry, so every session starts from real data, never assumptions.
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