It is reported that fitting 50 poor paraplegic disabled people with braces free of charge and guiding them in rehabilitation training is one of the practical projects for the people of Liuzhou Municipal Government in 2015. In order to ensure quality and efficiency, Wang Xiao, a well-known domestic orthopedist from Beijing Global Jingbo Rehabilitation Auxiliary Technology Co., Ltd. was specially hired to provide technical guidance throughout the whole process.
Universal Precision Orthopedic Surgeon Wang Xiao evaluates and examines the patient's physical condition.
Assistive technology technician taking cast samples from patients
According to the introduction, the paraplegic brace fitting is a highly technical and expensive project, and few families of paraplegic disabled people in China rely on their own financial ability to fit the brace. Benefiting from the Liuzhou Municipal Government's practical project for the people, these poor disabled people who have been fitted with paraplegic braces will be able to take a confident step towards a new life from here.
Patient fitted with paraplegic braces and able to walk with guardrails.
(hereinafter referred to as "Universal Precision") is a leading enterprise in the field of rehabilitation aids in China, founded in 2007. With the technical support of the National Rehabilitation Aids Research Center, the company integrates the R&D, design, manufacturing and sales of orthopedic products, which are mainly used in the early prevention, clinical treatment and auxiliary rehabilitation of orthopedic and neurological diseases.
Orthopedic insoles Photo: Beijing Global Precision
The most important feature of orthotics is customization, and most patients often face the problem of inflexible adjustment of orthopedic means and aids during treatment. Traditional orthotics use plaster molds, and the fitting effect of orthotics is not as good as it should be. Combined with 3D printing technology, the patient's limb is digitally scanned with high precision through a scanner, and then the data is processed according to the characteristics of different patients and specific functional needs, including the design of the orthosis, adjusting and repairing the three-dimensional model, and then an accurate digital three-dimensional model is created for the patient through the proprietary software, and then the orthosis can be made to fit the patient's limb completely.
3D printed prosthesis receiving cavity
In August 2014, SANDI Printing Company held Universal Precision Bo, which is committed to the R&D and manufacturing of 3D printing in rehabilitation aids, and is determined to fill the research and development gaps of domestic 3D printing customized flexible material orthopedic devices, and to open up new fields for the clinical application of orthopedic devices and other rehabilitation aids.3D printing technological innovation will surely accelerate the popularization of customized flexible material orthopedic devices in China, and enhance the level of personalization, customization, and precision in the domestic rehabilitation aids industry. The level of personalization, customization and precision in the domestic rehabilitation aids industry will be improved. (Source: Liuzhou Daily Edit: Everything Printing)
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