Medical HAL® – Single Joint Type

A product to induce improvement in the movement of various joints.

Features

Controlled by the wearer’s intent

Like all other HAL systems, the product is installed with a mode to control the motors with the wearer’s intent of the movement. The non-invasive sensor of the product can detect faint “bio-electrical signals” on the surface of the skin, which reflects the intention to move. Even for patients who have difficulty moving, with this unique system, the product allows the wearer to perform the desired movements with their voluntary commands.

Formulating a healthy loop of signals

The product will help the wearer formulate a new healthy loop of signals that induce improvement in moving various joints by assisting the wearer in performing voluntary desired movements. As a result, medical professionals can make different adjustments to help the wearer move precisely the way they intend to move.

Intensive training of specific joints

By changing the attachment parts, the wearer can train their elbow, knee, ankle* and shoulder* joints with a single unit of the product. This feature enables flexible training according to the patients’ conditions. In addition, its compact and easy-to-carry design allows it to be used in a wide range of environments, including rehabilitation in various postures according to physical conditions, in the ICU, or at the bedside in a hospital ward.

*Ankle joint attachment and shoulder training kit are optional. Therefore, it will not come with the basic package.

Visualizes the information of the body

A monitor designed for the HAL Single Joint Type supports efficient rehabilitation by allowing the user to check the strength of bio-electrical signals, the target number of exercises, and a comparison with past training history.

Specifications

Worn on the Elbow Joint

Worn on the Knee Joint

External DimensionsLength 200 mm x Width 200 mm x Height 944 mm*1
WeightApprox. 1.5 kg*2
Movable RangeExtension 0°/ Flexion120°
Operating TimeApprox. 120 minutes [in normal operation]*3
Power SourceCustom Battery
AccessoriesElectrode Cables, Attachments [upper leg supporter, lower leg supporter, upper arm supporter and forearm supporter], Hip Belt, Custom Battery, Custom Battery Charger*4
*1excluding the control device and the battery, only parts attached to the wearer
*2excluding the control device and the battery
*3might change subject to operating statuses and operating environments
*4might be altered without prior notice

HAL-SJ is CE marked (MDD 93/42/EEC) and registered as a Class I medical device with the U.S. Food and Drug Administration (FDA).

Education & Training

CYBERDYNE provides training programs and educational resources for healthcare professionals involved in Cybernics Treatment using Medical HAL devices.

Safety Training Program

Healthcare professionals who intend to use Medical HAL are required to complete a structured safety training program consisting of both didactic instruction and hands-on practical sessions. This program is designed to ensure safe and appropriate operation of the device in clinical settings.

Clinical Resources and Educational Materials

Educational materials and instructional videos related to the clinical use of Medical HAL are available through our dedicated product resource website. These resources are designed to support clinical proficiency and the effective implementation of Cybernics Treatment.

Online Seminars and Product Updates

We regularly conduct online seminars focused on Cybernics Treatment using Medical HAL. In addition, when product specifications are revised or peripheral devices are updated, information is provided in webinar format to ensure healthcare professionals remain informed of the latest developments.

Archives of selected online seminars are available through the product resource website.

Access Product Resources

Registration is required to access materials and archived seminar content.

Related Products

Medical HAL -Lower Limb Type

Contact

CYBERDYNE does not rent the product to individual users.

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