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Robotic gloves and hand exoskeletons. Soft robotic glove that adds grip strength in proportion to the force the wearer applies.
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Tyromotion · Robotic gloves and hand exoskeletons · EX-043
The Tyromotion Amadeo robotic hand therapy device trains each finger and the thumb separately and can deliver up to 700 repetitions in a session. Therapy runs in passive, active-assisted or fully active modes, and EMG detection lets a patient with very little movement trigger active training. The Austrian maker also builds in assessments of range of motion, force, tone and spasticity, and describes it as one device for children, adolescents and adults.
Amadeo is a clinic device for adults and children with hand motor dysfunction or spasticity, including people with little or no grasp. Because fingers can be isolated, it can also be set up around contractures. Therapists select and run it.
This kind of device is prescribed and fitted by a clinician. An enquiry starts that conversation. It is not a purchase.
| Product type | Robotic finger and hand therapy device |
|---|---|
| Repetitions | Up to 700 per session |
| Modes | Passive, active-assisted, active |
| EMG | EMG-enhanced active training |
| Assessments | ROM, force, tone, spasticity (Modified Ashworth and Tardieu scales) |
| Other functions | Continuous passive movement; vibration; adjustable resistance |
| Bilateral option | RMT (Robotic Mirror Therapy) module |
| Users | One device for children, adolescents and adults |
| Use setting | Clinics |
| Maker country | Austria |
| Price | Quoted on request |
| Brand | Tyromotion |
| Category | Upper-limb and hand devices, Robotic gloves and hand exoskeletons |
| Catalog ID | EX-043 |
Compared with the source page on 5 October 2026 and corrected to match it. Details can change, so we confirm them in your quote. Open the source page.
Yes. Tyromotion describes the Amadeo as one device for children, adolescents and adults.
Up to 700 repetitions per therapy session, according to the maker.
Yes. Passive mode moves the fingers for the patient, and EMG-enhanced therapy detects the intention to move so that active training can begin early.
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