
LYN Powering Your Potential FES POWERED MOVEMENT THERAPY Product Catalog
Open the catalog to page 1The MyoCycle FUNCTIONAL ELECTRICAL STIMULATION + ISOKINETIC CYCLING Functional electrical stimulation (FES) uses small amounts of electrical current to empower people with weakened or paralyzed muscles to perform functional movements. The current stimulates the muscle via electrodes on the skin, causing it to contract, even if the person is completely paralyzed. Paralysis prevents brain signals from reaching the muscles, but FES replaces these signals, directly commanding the muscles to use the body’s own potential energy to generate a functional movement, hence our slogan: Powering Your Potential....
Open the catalog to page 2Everybody needs to stay active to stay healthy, as a lack of physical activity can lead to obesity, diabetes, cardio-vascular disease, and even anxiety and depression. This is an even greater problem for millions of people around the world with disorders like spinal cord injury, stroke, multiple sclerosis, cerebral palsy, traumatic brain injury, and others with muscle weakness or paralysis, who find it nearly impossible to stay active and healthy because of their limited mobility. The MyoCycle empowers people to stay active and healthy despite muscle weakness or paralysis, by keeping their legs...
Open the catalog to page 3Compact and artistic design fits well in any home, clinic, or gym Intuitive touchscreen interface with simple controls Handlebars and console adjust to suit a wide range of riders Orthotic pedals provide comfortable stability Powerful, silent electric motor built-in Adjustable chair attachments fit most chairs / wheelchairs Roller wheel for easy transport Steel frame for durability in high-use environments is the only FES cycling system made in the USA Overall stimulation level adjustable with easy-to-use up/down arrows Stimulation for each muscle group easily adjustable to low, medium, or high...
Open the catalog to page 4Stimulation automatically customized based on patient geometry Simply enter in measurements of the patient’s leg lengths and chair seat height, and proprietary software algorithms automatically customize the stimulation settings, maximizing efficiency and power output through optimized muscle coordination. Only cycling system in the world that displays active power output The passive work required just to move the patient’s legs is automatically subtracted from the total power measurement, providing an accurate measurement of active power output, so you always know exactly how much work the patient...
Open the catalog to page 5The MyoCycle Home The MyoCycle Home represents a revolution in FES cycling. It is designed to be powerful, easy-to-use, and affordable, empowering people with paralysis to take control of their mobility, health, and independence. The MyoCycle Pro is a revolutionary FES bike designed to be powerful, easy-to-use, and accurate. It provides therapists the tools they need to help their patients achieve their full recovery potential. The MyoCycle Pro has all the same great features as the MyoCycle Home, plus + Accurate measurement of pedaling symmetry + White glove delivery, setup, and training + Access...
Open the catalog to page 6MyoCycle TECHNICAL INFORMATION Applies to both Home and Pro models Medical device class United States: Class II Device size and weight Length: 89 cm (35 in) Width: 70 cm (27.5 in) Height: 112-133 cm (44-52.5 in) Weight: 50 kg (110 lbs) Shipping size and weight Length: 86 cm (34 in) Width: 30 cm (12 in) Height: 79 cm (31 in) Weight: 54 kg (120 lbs) User size and weight limits Primary materials Aluminum, powder-coated steel, ABS / PLA plastic Motor torque limit Supply mains input Voltage: 100-240 V~ Current: 3.3-1.4 A Frequency: 50-60 Hz Power input Electrical protection Class II with Type BF applied...
Open the catalog to page 7MYOLYN was founded in June 2013 with the mission of improving health and human performance by empowering people to move. Co-founders Alan Hamlet, PhD, and Matthew Bellman, PhD, spun out the company from a robotics research lab at the University of Florida, where Dr. Bellman was completing his dissertation on control of the human body using functional electrical stimulation (FES). Drs. Hamlet and Bellman, together with a passionate team of talented engineers, apply their unique expertise in robotics and automation to develop FES devices that are innovative, affordable, and easy-to-use. 7731 W....
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