Rehabilitation Robot Finger Training Stroke Hand Splint Finger Orthosis

Model NO.
E-952blue
Product Name
Hand Rehabilitation Devices
Keyword
Doppler Ultrasound Probe
Service
Retails,Customized,Wholesale
Carton Size
31.5*25*10cm
Weight
1.6kg
Items
Exoskeleton Glove for Hand Rehabilitation
Function1
Provide Biofeedback
Function2
Improve Hand Strength
Function3
Restore Hand Function
Function4
Promote Nerve Regeneration
Function5
Improve Treatment Effectiveness
Function6
Enhance Quality of Life
Transport Package
Packing Carton Box
Specification
40*27*10cm
Trademark
Eminent
Origin
China
Production Capacity
99900000/Pieces/Month
Reference Price
$ 100.80 - 119.70
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Product Description

Product Name
Hand Rehabilitation Devices
Function
Exercise recovery of finger joint after stroke
Training time
2-4 times each day
Certificate
ISO13485
Size
31.5*25*10CM
Target People
stroke, hemiplegia, hand burns, hand disorders
Weight
1.6kg
Service
Retails,Customized,wholesale
Central frequency
3.5MHz(2.5-4.5MHz)
Rehabilitation Robot Finger Training Stroke Hand Splint Finger Orthosis
Rehabilitation Robot Finger Training Stroke Hand Splint Finger Orthosis Rehabilitation Robot Finger Training Stroke Hand Splint Finger Orthosis Rehabilitation Robot Finger Training Stroke Hand Splint Finger Orthosis Rehabilitation Robot Finger Training Stroke Hand Splint Finger Orthosis
Specification
The primary functions of rehabilitation robots include:

1. Improving motor function: Rehabilitation robots can assist patients in improving their movement and motor function, promoting recovery from motor impairments caused by injury or illness.

2. Enhancing strength and endurance: Rehabilitation robots can provide targeted, progressive resistance training to help patients build and maintain muscle strength and endurance.

3. Supporting balance and coordination: Rehabilitation robots can provide support and assistance to patients in maintaining balance and improving their coordination, reducing the risk of falls and improving mobility.

4. Providing biofeedback: Rehabilitation robots can provide real-time information to patients on their performance and progress, helping them to optimize their movements and promote recovery.

5. Stimulating neural recovery: Rehabilitation robots can provide stimuli to promote the recovery of neural pathways, helping to restore function and improve nervous system repair.

6. Customizable treatment plans: Rehabilitation robots can be tailored to the specific needs of individual patients, providing personalized treatment plans that can improve treatment outcomes.
 


Rehabilitation Robot Finger Training Stroke Hand Splint Finger Orthosis
FAQ
Questions of Company:

Q1: Are you manufacturer?
A1: We are professional manufacturer in Health Care Industry.
Q2: Do you have any factory audits?
A2: Yes,now we have passed ISO9001, ISO13485, BSCI, FSC, CSR, CE, FCC, 510K etc.

Questions of Order:

Q1: Can you provide OEM or ODM service?
A1: Yes, we have strong developing team of more than 300 People to support OEM and ODM service.
Q2: What certificates your products have?
A2: Most of our products have CE,ROHS,FCC, REACH and ISO, etc.Don't worry about the Certificates!
Q3: What's your MOQ?
A3: 1000pcs. For our first cooperation, your small order is acceptable.
Q4: What is the sample lead time & production lead time?
A4: The stock sample 1 day, making sample 7~10 days after received your sample fee. The production lead time is about
20~25 days based on MOQ.
Q5: What's your payment terms?
A5: 30% deposit, and balance against the copy of BL or LC at sight.

 

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