Pneumatic Joint Intelligent Rehabilitation System – HM-SK-8000 Model

The Pneumatic Joint Intelligent Rehabilitation System (HM-SK-8000) by Qijia is a cutting-edge rehabilitation device designed to assist in the recovery of hand functions. Ideal for use in rehabilitation centers, this system helps patients recover mobility and strength in their joints with precision and efficiency, providing optimal support for rehabilitation treatment.

Key Features:

The Qijia Pneumatic Joint Intelligent Rehabilitation System is an excellent solution for rehabilitation centers looking to enhance their hand function recovery programs. Its advanced technology, ease of use, and space-efficient design make it an indispensable tool for rehabilitation professionals.

Product Info Gallery

Bedside passive training system

Bedside rehabilitation patients, equipped with bedside portable hand function rehabilitation robots, can intervene in advance to solve bedside rehabilitation problems.

Active and passive training rehabilitation system

The active and passive training rehabilitation system covers five-finger training, single-finger training, auxiliary training and mirror training, helping patients carry out passive training, master-slave training, active training and auxiliary hand function relaxation training.

Evaluate and coordinate training systems

52 evaluation scales such as flexibility assessment and coordination assessment, 32 games and more than 100 training methods, human-computer interaction and game training are perfectly combined, which can fully mobilize the enthusiasm and subjective initiative of patients.

Ankle training

The device is connected with the ankle trainer to help the patient's ankle joint up and down training, promote the improvement of lower limb function, and avoid the aggravation of upper limb spasm pattern during lower limb rehabilitation.

Single-finger, opposite-finger, multi-finger training

The single finger training mode covers finger operation, pair finger and independent training functions, and more than 10 kinds of single finger training methods can be fine-driven to carry out clinical scientific rehabilitation training such as single finger, pair finger and three-finger grip, so as to exercise patients' finger flexibility.