01
A therapist-supervised gait exoskeleton for inpatient and outpatient neurorehabilitation.
WGT
23,6 kg
RUN
4 h
TRQ
40 Nm
DATA 92%
Solo a consulta
Medicina y rehabilitaciónHíbrido
92% dataCrédito de imagen: Wikimedia Commons, CC BY 2.0
JapanAuditado
HAL Lower Limb
Neurorehabilitation
A cybernetic assistive limb that reads bioelectric signals to support hip and knee movement.
Respuesta rápida
HAL Lower Limb is a hybrid medical exoskeleton from Cyberdyne, aimed at neurorehabilitation. Its public dossier records a system weight of 17 kg, a published runtime of 3 h, a support figure of 40 Nm. 23 of 25 applicable parameters are verified (92% coverage). Pricing is not publicly disclosed. The maker lists availability in Japan. Missing values are marked Unknown or Not disclosed, never inferred.
01 / Resumen
HAL (Hybrid Assistive Limb) is a wearable cybernetic system that detects bioelectric signals at the skin surface and drives powered assistance in coordination with the user's intention. The medical lower-limb configuration is used in neurorehabilitation programmes in Japan and selected international markets.
02 / Dossier técnico
Dossier técnico
Los parámetros marcados como Desconocido o No divulgado se dejan vacíos a propósito. No se infiere ningún valor.
Básicos
basic / 5- Peso del sistema
- 17 kg
- Rango de altura del usuario
- 145 cm
- Peso máximo del usuario
- 100 kg
- Tallas / ajuste
- Adjustable harness and frame
- Materiales del chasis
Analysis
Buying guides and analysis
Published research that references HAL Lower Limb, its category or its alternatives.
Sistemas relacionados
Sistemas relacionados
Misma categoría de uso, capacidad adyacente.
02
A powered lower-limb exoskeleton for repeatable clinical gait training.
