Rehabilitation Robots

Rehabilitation Robot can help therapists increase their productivity, and also perform some tasks that can't be done in a clinic.

Passive Exoskeleton
This product is a wearable walking aid device, which provides hip and knee joint support for users with weak lower limb muscle strength, so as to reduce the energy consumption during walking and improve the quality of work and life.
Upper and lower Limber Rehabilitation Robot
The lower limb rehabilitation robot adopts integrated ergonomic design, which can realize walking and balance function training and multi-mode evaluation. The gait mechanical leg can provide users with correct sensory input in the early stage of rehabilitation through rhythmic walking, inhibit the formation of abnormal gait, and enhance plantar feedback in actual landing walking.At the same time, it can evaluate the balance and symmetrical weight-bearing of both lower limbs before and after training, and provide quantitative evaluation reference for the effect of lower limb functional training. Multiple walking training modes allow users to train in the standing position at an early stage, promote correct sensory input, improve cardiopulmonary function and prevent muscle atrophy.
Hand Rehabilitation Robot
One of the world's lightweight wireless hand exoskeleton robots (380 G, the weight of a can of Coke),Combination of active and passive, two-handed mirror image and human-computer interaction training and other modes,Wireless, portable, portable, both hospital rehabilitation trainer, can also be a life aid assistant,Training data monitoring, progress at a glance,
Robotic Exoskeleton Passive and Active
Passive and active lower limb exoskeleton robot:A. Bionic structure design, fit the physiological structure of the human body, comfortable to use, B. Lightweight design of the module, using rigid and flexible materials to form an integrated joint, reducing the burden on the user's body and increasing the walking distance, C Five-point fixing design, with fixing points at the waist, middle thigh and middle calf, easy to wear, light and safe, D. Passive design, abandon the power motor of the exoskeleton robot in the traditional sense, greatly reduce the weight of the product itself, and use the human body's own gravity to guide smooth and natural walking, E Pay attention to the user's psychology and relieve him from the pressure of losing autonomy when he is driven by the machine.
Hand and foot Rehab Training Robot
Intelligent upper and lower limb rehabilitation training system can apply two modes, one is rehabilitation mode, the other is training mode, so that patients can better train and rehabilitate.Selection of training difficulty scheme: The software is designed according to the needs of patients to solve different needs. Each training module can select the degree of difficulty, game type and other related settings.

Digital OT Training System
It providing a portable digital training system for occupational therapy, Provide an extensive library of interactive games,Game library and training features can be added through a firmware upgrade,Support and provide the traditionally used tools by occupational therapists such as blocks, sticks, chess pieces, etc. E: Portable and USB charging
Child Lower Limb Stroke Rehab Robot
This product is suitable for the rehab training of lower limbs of patients with cerebrovascular disease, spinal cord injury, orthopedic injury, arthritis and hemophilic arthropathy, tendon injury repair, reconstruction and fixation, etc. The bed adjusts user's body position through the safe and stable standing function.The conversion from the lying position to the standing position is realized, the complications such as osteoporosis, postural hypotension, bedsore, muscular atrophy and the like caused by long-term lying in bed can be avoided for a user, and the utility model has the functions of improving the cardiopulmonary function, maintaining the stress load of a human body, preventing urinary retention, promoting the metabolism of lower limbs and even the whole body and the like.
Upper Limb Rehabilitation Robot
Full coverage of the rehabilitation period, intelligent power regulation, to meet the early to middle and late rehabilitation, force feedback technology, 0-5 muscle strength to meet the different needs of users, Intuitive interactive interface, shorter training preparation time, real-time status data display, and excellent human-computer interaction technology, The whole training process is digitized, and each training action is evaluated accurately and objectively until the training analysis report is generated,
Balance Training Robot
This is a rehabilitative training that including the active and passive movement of a person's lower and upper extremities. It has four training modes (Passive Training, Constant Speeding Training, Assisted Training and Active Training) and spasticity control function. The system can automatically complete the transformation of three modes: Passive Training, Assisted Training and Active Training according to patients' conditions during training. It is suitable for functional training such as muscle strength, muscle endurance, joint range of motion, balance and walking ability for patients in convalescence and sequelae. The equipment is divided into three types: upper and lower limb comprehensive type, single upper limb type and single lower limb type.
Wrist Rehabilitation Robot
Multiple skills are integrated into one body, and multiple functional training modes are integrated, It is suitable for users with muscle strength of 0-5 levels, and realizes the combination of motor control training and cognitive training, Wrist rehabilitation robot improves the ability of daily life such as eating, twisting towels and pouring water through forearm pronation and supination, wrist flexion and extension, wrist ulnar-radial deviation and other motion control training, which complements the gross motor training of upper limb robot.
Lower limb Training Robot
This product's motor power system is powerful and stable when moving, so that the intelligent rehabilitation training system is safe and guaranteed during patient training, and all functional indicators of the equipment can operate correctly (imported motor).Has a patient rehabilitation process from a completely passive training stage to a power-assisted training stage in which active and passive training are crossed to a completely active training stage to an initial active strength training stage. The color LCD display technology is adopted and the design of the control panel is clear at a glance, so that medical workers can easily master it.
Ankle Joint Rehabilitation Robot
Ankle rehabilitation robot: According to the normal movement of the ankle joint, the ankle rehabilitation robot designs targeted rehabilitation training actions to exercise the muscles of the lower limbs and restore the control ability of the nervous system to the walking function, so as to achieve the purpose of restoring the walking function.
Child upper and Lower limb training system
It adopts color LCD display technology and has six targeted training modes: nerve mode, orthopedic mode, cardiopulmonary mode, feedback mode, passive mode and game mode. It has four patient training protection functions: spasm protection, voice control protection, target heart rate protection and magnetic control protection. Spasm sensitivity level, sound control sensitivity level and target heart rate target value can be adjusted.
Bedside upper and lower limb training robot
This product is a perfect solution for upper and lower limb training. It can be trained in both sitting and lying positions. It can realize early bedside passive training, mid-term ground active and passive training, and later active resistance training. It meets the training needs of the whole scene, the whole cycle and the age group. Three training modes Respond to different training needs
Electric Rehabiliation Device
Portable electric rehabilitation machine for the crowd Hemiplegia, paraplegia, cerebral palsy, limb inconvenience and other people in need of rehabilitation. Persistent use can prevent muscle atrophy, bedsore formation and further loss of limb function. And effectively enhance limb strength and coordination ability. Promote the improvement of sitting, standing and walking ability.