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Rehabilitation Intelligent
We are a leading Distributor / Channel Partner of multifunctional system for hand training sg1 pro, lower extremity feedback training and evaluation system x8, cognitive exercise with tools for unilateral and bilateral hands, gait training and evaluation system ae-ai1, upper extremity feedback training and evaluation system ai2 and active and passive exercise machine from Dehradun, India.
Multifunctional System For Hand Training SG1 Pro
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Product Details:
| Model Name/Number | AE-SG1 Pro |
| Forearm rotation Operating range | +-180 Degree |
| Hand lift training Activity range | 0 ~ 30cm |
| Ball grip rotation training Activity range | +-2.5 cycles |
| Contains | 10 level counterweight reactor resistance design, resistance up to 3000g |
| Thumb to palm exercises Activity range | 0 ~ 20cm; |
Suitable for rehabilitation, neurology, orthopedics, sports medicine, pediatrics, hand surgery, geriatrics and other departments, community hospitals, nursing homes or civil nursing institutions need to carry out hand function rehabilitation patients
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Lower Extremity Feedback Training And Evaluation System X8
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Product Details:
| Model Name/Number | AE-X8 |
| Left/Right leg range of motion | 0 Degree~25 Degree |
| Treatment Time | 1min~90 min |
| Bed Back Recline Range | 0 Degree~10 Degree |
| Step Speed | 1 steps/min ~80 steps/min |
| Bed Height Range | 50 cm - 85 cm |
| Bed Surface Angle Range | 0 Degree~83 Degree |
It is a rehabilitation training equipment for the functional gait reconstruction of ultra-early bedridden patients. Its functional features are a multi-integrated intelligent rehabilitation system integrating electric standing up, active and passive gait training, weight loss support, and situational interaction. By driving the patient's thigh and calf coordinated swing to complete the leg walking movement, the built-in sensor gives real-time feedback to the patient's motion parameters. To maximize the simulation of normal walking physiological gait, early input of normal walking mode, to lay a solid foundation for walking training, prevent bed complications.
Features
Ultra early gait rehabilitation intervention
Functional central nervous remodeling tool
Sitting, standing and horizontal step training mode of ankle knee separation exercise.
Situational interactive biofeedback, quantifiable data evaluation
● Lying, sitting, standing a variety of position change, prevent long-term bed and reduced movement caused by complications
• Efficient repetitive and precise training, strengthening neuromuscular connection, promoting proprioception and nerve recovery 1000 steps /25 minutes.
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Cognitive Exercise with Tools for Unilateral and Bilateral Hands
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Product Details:
| Model Name/Number | AE-SG3 |
| Improve | Finger Flexibility |
| Enhance | The range of motion of joints |
| Clinical Advantage | Motivate children to perform upper limb and cognitive recovery in pleasure |
| Features | Functional evaluation and training of wrist, forearm, elbow, shoulder and other joints |
The upper limb and cognitive integration training system is an upper limb comprehensive functional rehabilitation evaluation and training system, focusing on the evaluation and training of the upper limb gross movement and hand fine movement, using international standard evaluation methods, through fast and accurate data collection, using precise and accurate The hardware equipment is used in the test of upper limb range of motion, the training of active joint range of motion, and the cognitive training after nerve injury. It can output clinical reports, analyze the reports, and facilitate the medical staff to evaluate the patient's recovery status, so as to formulate the next rehabilitation guidance plan.
Clinical application value
■ Multifunctional active training of distal upper limbs, which can provide functional motion control training for patients with limited use of distal upper limbs;
■ Enhance the range of motion of joints;
■ Improve finger flexibility;
■ Improve motor learning and control;
■ Improve tactile sensitivity;
■ Increase movement speed;
■ Enhance the ability of basic activities of daily living.
Features
■ A variety of accessories are available to evaluate and train fine movements of upper limbs and hands, such as functional evaluation and training of wrist, forearm, elbow, shoulder and other joints.
■ The sensing device can be connected with various accessories for various upper limb function training. Based on the support of powerful software systems, the training includes neuromuscular control training such as hand-eye coordination training, color discrimination, spatial discrimination, final ability, goal orientation, and sequencing. , the training results can be automatically stored and recorded, which is convenient for tracking and comparison.
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Gait Training And Evaluation System AE-AI1
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Product Details:
| Model Name/Number | AE-AI1 |
| Electric Rate | AC220V,50Hz |
| Application | Rehabilitation Center |
| Packing | Wooden Case |
| Neurological Disorders | Cerebral stroke, TBI, Parkinson' s disease, spinal cord injury, multiple sclerosis, etc. |
| Net Weight | 600 kgs |
- AE-AI1
Based on the principle of neural plasticity, simulating the change of center of gravity during human real walking, through mechanical legs, patients complete a large number of repetitive physiological gait training, so that patients can establish the correct movement mode, thus restoring normal walking function.
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Upper Extremity Feedback Training And Evaluation System AI2
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Product Details:
| Model Name/Number | AE-AI2 |
| Electric Rate | AC220V,50Hz |
| Display Screen | 55" |
| Net Weight | 60Kg |
| Therapist operating system | 14 inches |
| Body Dimension | 1000mmx880 mmx(1065-1465mm) |
| Scenario Interactive Screen | 55" |
REGAIN THE ABILITY TO LIVE AND RADIATE INFINITE VITALITY
The adjustable upper limb weight reduction manipulator based on ergonomics provides patients with training and evaluation in three-dimensional space. Built in a large number of incentive feedback games and standardized evaluation tools to accurately analyze and evaluate patients' abilities, so as to speed up the process of upper limb rehabilitation and brain recovery.
Patient information and course management.
Patient management, prescription formulation, functional training and evaluation tools.
Scenario simulation biofeedback function.
Encourage patients to repeat training more times, which will help to achieve upper limb recovery faster and improve long-term curative effect.
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Active And Passive Exercise Machine
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Product Details:
| Type | Exercise Equipment |
| Model Name/Number | AE-K2000A |
| Usage/Application | Active & Passive Rehabilitation Product |
| Age Group | For All |
| Nervous System Disease | Brain Injury, Stroke (Stroke), Cerebral Palsy, Peripheral Nerve Disorders, Spinal Cord Injury, Parki |
| Training Modes | 5 |
Upper and lower limb active and passive exercise rehabilitation machine (upper and lower limb type)
It is suitable for functional training of upper and lower limbs of patients in recovery period and sequelae period. Using the design concept of one machine with multiple functions, it integrates the functions of evaluation, passive, assist, active and passive, active, isokinetic, feedback, etc., to provide patients with more treatment methods and achieve better results.
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Bedside Upper and Lower Limb Trainer
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Product Details:
| Model Name/Number | AE-K2000E |
| Benefit | Improve Muscle Atrophy and Movement Disorders |
| Age Group | For All |
| Category | Active and passive rehabilitation training series |
| Training Modes | Multiple |
The bedside rehabilitation machine is specially designed for the functional rehabilitation of upper and lower extremities of critically ill patients, stroke, traumatic brain injury, orthopedics and other bedridden patients. The coordinated exercise training method of the lower limbs can improve muscle atrophy and movement disorders caused by joint stiffness and pain, lay a solid foundation for later rehabilitation treatment, and promote patients to get out of bed as soon as possible.
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Digital OT Assessment and Training System SG2
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Product Details:
| Usage/Application | Rehabilitation in all aspects of movement, sensation, cognition, memory, thinking, etc. |
| Type | Digital OT assessment and training system |
| Model | AE-SG2 |
| Applicable fields | Rehabilitation, hand surgery, geriatrics, pediatrics, plastic surgery, neurology, etc. |
| Training Modes | More than 50 interactive training modes |
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MULTI-JOINT CONSTANT SPEED TRAINING AND EVALUATION SYSTEM AE-AI4
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Product Details:
| Model Name/Number | AE-AI4 |
| Type | Digital |
| Min Covering Area | 2.5x 2.3 m |
| Size | 2750*1100*2350mm |
| Weight | 210kgs |
| Power Consumption | 10 W |
- AE-AI4
MICRO ISOKINETIC, ONE-STOP MUSCLE STRENGTH RECOVERY
Advanced dynamic impedance control technology is used to integrate multiple functions in one machine. Innovative mobile isovelocity offers unlimited potential for clinical applications. Intelligent-driven evaluation and training, simplified procedures, and super-high performance will significantly improve muscle recovery.
It covers 10 training modes
It covers 10 training modes and provides a "one-stop" full cycle service for musculoskeletal rehabilitation.
The first bedside rehabilitation isokinetic robot.
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LOWER EXTREMITY FEEDBACK TRAINING AND EVALUATION SYSTEM AE-AI3
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Product Details:
| Model Name/Number | AE-AI3 |
| Type | Digital |
| Stepping angle | 0 Degree~50 Degree |
| Pedals | 0-26cm Retractable Distance |
| Training mode | Active and passive training method |
The lower limb feedback training and evaluation system combines the upright bed with lower limb joint rehabilitationtraining. It is suitable for patients with lower limb motor dysfunction caused by nervous system damage. It strengthensproprioceptive stimulation, improves the plasticity of brain-damaged users, and stimulates the lower limbs of patients.Neuromuscular, promote the recovery of their functions, help them establish a normal gait pattern, promote earlymovement of bedridden users, avoid complications such as pressure sore infection, constipation, cardiopulmonaryfunction decline, and promote the recovery of lower limb function.
Clinical effect:：• Early gait training can shorten the recovery time for patients to return to walking.• Improve patients’ self-awareness and accelerate functional recovery• Shorten the duration of critical illness, reduce hospitalization time, and save medical costs• Strengthen the incoming sensory stimulation of the lower limbs and improve the excitability, flexibility and coordinationof the nervous system• Improve and maintain the range of motion of lower limb joints and increase muscle strength and endurance.• Relieve muscle spasms in patients’ lower limbs and reduce muscle tension• Improve patients’ physical functions and prevent complications such as orthostatic hypotension and pressure ulcers.• Enhance the patient’s metabolism and cardiopulmonary function.Application direction：• Lower limb dysfunction caused by common diseases such as spinal cord injury, stroke, and brain trauma• Prevention of bed-ridden complications such as pneumonia, orthostatic hypotension, and bedsores in long-termbedridden patients• Exercise training after osteoarthritis, rheumatoid arthritis, and joint replacement• Strengthening the cardiopulmonary function of the elderly, patients with severe respiratory illness, and patients recoveringfrom severe cardiac disease.Features:• The system protects patients through software, motor devices, and external weight loss parts to ensure the safety oftraining.• Through human-computer interaction, strengthen visual and auditory input and improve proprioceptive transmission• Leg flexion and extension range and walking speed can be set according to training goals• The stepping angle has been upgraded to achieve 0°~50° stepping training, enabling greater range of joint activities.• Gait control: Precisely control the stepping movement according to the human physiological gait curve• Lateral adjustment of the proximal thigh to adapt to more body shapes• Training mode: active and passive training method• Proprioception: The angle of the universal pedal can be adjusted to enhance the stimulation of the patient's plantarfeeling.• Spasm detection: Sensitive spasm monitoring system, which can immediately activate the anti-spasm function whenspasm occurs• Postural control: Adjust and change the posture angle during exercise to prevent the occurrence of postural hypotension,including reclining, supine, sitting and standing positions• Situational interactive training: Provide patients with virtual scene training, and patients actively participate in treatmentin the form of games, reducing the boringness of passive treatment for patients, improving treatment efficiency to achievebetter treatment results• Patient management: The patient information database records patient training data including treatment parametersettings, active and passive training duration, spasm occurrence time and frequency, muscle strength rating, etc.
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3-Dimensional Upper Limb Active And Passive Training And Evaluation System AE-AI6 Plus
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Product Details:
| Model Name/Number | AE-AI6 Plus |
| Type | Digital |
| Training Methods | Active and Passive Mode |
| Time setting | 1~99 minutes |
| Control Training | Six Axis Control Devices |
- AE-AI6 Plus
Training methods: active mode, active and passive mode, active mode limitingthe direction of movement, active and passive mode limiting the direction ofmovement, trajectory learning, bedside orthopedics, one-way training
Clinical treatment effect:• Recovery, enhance upper limb muscle strength, restore joint range of motion• Overcome the consequences of lack of exercise: such as blood circulation problems, joint stiffness, muscle contractures,digestive problems, defecation problems, osteoporosis, etc., prevention of bedsores and venous thrombosis, and promotesmooth urine and feces• Enhance patient confidence and independence and quality of life by helping patients regain upper limb mobility• Instead of labor, save time and cost.scope of application:• Upper limb functional rehabilitation of neurological diseases: spinal cord injury, cerebral stroke, and brain trauma• Pain relief and improvement of movement disorders in bone and joint diseases: osteoarthritis, rheumatoid arthritis, andafter orthopedic surgery• Exercise rehabilitation in the elderly or in the permanently bedridden patients
functional characteristics:• Objective evaluation, record the patient's range of motion, and conduct more professional andtargeted training• Distal drive, which increases the stimulation of the distal joints through the terminal drive,realizes a wider range of joint motion and thus realizes three-dimensional spatial motion training.Overall picture of equipment• Trace learning with bedside orthopedicsThe device adds trajectory learning function and bedside orthopedic function to restore the realupper limb movement trajectory, so that patients can conduct rehabilitation training earlier(Track learning picture)• Six-axis control trainingThe robotic arm trains patients through six axis control devices, which can achieve a morerefined and larger range of upper limb training• Full-cycle rehabilitation is applicableThrough dynamic impedance automatic control technology, the equipment can realize varioustraining modes such as active, passive, active training, active and passive training, which canmeet the training requirements of each period of rehabilitation.• Convenient operationOne-button automatic arm change, simple strap, electric lifting (three pictures)• Scenario interaction function(Game interface, training interface)• Patient Information ManagementThe patient information preservation and data analysis system can analyze and integrate thepatient treatment information to provide reference for subsequent patient training(Training Data report and analysis interface)
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AI9 LOWER LIMB EXOSKELETON REHABILITATION ROBOT
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Product Details:
| Model Name/Number | AE-AI9 |
| Walking pace | 1-50 steps / minute |
| Step speed | 1-20 steps / minute |
| Time of training | 1~99min |
| Height range | 150~190cm |
| Maximum load-bearing capacity | 100kg |
- Walking pace: 1-50 steps / minute
- Step speed: 1-20 steps / minute
- Time of training: 1~99min
- Height range: 150~190cm
- Maximum load-bearing capacity: 100kg
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