Introduction of multifunctional orthopedic shoes

Introduction of multifunctional orthopedic shoes   Traditional children's ankle and foot orthotics in China can no longer meet the needs of customers. Aiming at the deficiency of traditional orthopedic products, a multifunctional children's orthopedic shoes has been developed. This product is fashionable and beautiful in appearance, and its orthopedic effect is better than that of   traditional orthopedic shoes, and it can eliminate the psychological disorder of orthopedic children. The targeted diseases include pointed foot, foot drop, heel varus, flat foot, horseshoe foot, unstable ankle joint, varus foot, inner octapod, outer octapod, X-leg, O-leg and knee inversion.   SHIJIAZHUANG AOSUO O&P  

May 11,2021

Introduction of energy storage foot for patients with residual limbs

Energy storage foot  Energy storage foot is a kind of high-performance artificial foot suitable for young and middle-aged people. It can not only meet the daily walking and physical labor needs of amputees, but also meet the needs of some patients with high activity intensity. The energy storage foot can store energy during the supporting period and release energy when the patient is exercising, so that the patient can reduce the consumption of physical strength when exercising. The structural characteristics of this kind of energy storage foot are that the dorsiflexion active area of ankle joint is designed to be larger than that of general prosthetic foot, and the foot parts have energy storage effect, and can also rotate internally and externally. Because of the need to consider the structural principle and weight factors, all the energy storage feet in the market are made of carbon fiber   SHIJIAZHUANG AOSUO O&P      

May 10,2021

Shijiazhuang Aosuo Prosthetic & orthopedic 2

Shijiazhuang Aosuo Prosthetic & orthopedic   Article No :  AS51 Material: stainless steel, Aluminum alloy,Titanium alloy Body weight up to :100 kg   Hoe should customers choose ? What are their advantage and disadvantages ?   Stainless steel : This kind material is the most economical material. It is cheap and has good performance. The only drawback may be the relatively large weight.   Aluminum alloy Mainly appear on pipe fittings and joint parts, such as prosthesis connecting pipe parts and joint parts. Aluminum alloy tubes are the most common.   Titanium alloy   It is widely used in middle and high-end prostheses. All stainless steel parts are available in titanium alloy versions, and are 30%-40% lighter than stainless steel. Do not underestimate this 30%. If all connecting parts are made of titanium alloy, the weight can be Reduced by about 300-500 grams, it will be lighter when applied to thigh prostheses. The accessories of this material are much more expensive than stainless steel, but their performance exceeds that of stainless steel, which is strong and durable.     carbon fiber This material mainly appears in the "tube" in the connection fittings. Why do I add quotation marks? Because all the carbon fiber tubes and joints are made of other materials, such as titanium alloy, stainless steel, and aluminum alloy. This carbon fiber tube is lighter than aluminum alloy, and it is unusually hard. It is a very ideal prosthetic connecting pipe. If patients can accept the price given, they should choose this tube . SHIJIAZHUANG  AOSUO O&P

May 05,2021

Shijiazhuang Aosuo Prosthetic & orthopedic 1

 Shijiazhuang Aosuo Prosthetic & orthopedic   Name:prosthetic sach foot adapter Article No :  2RM1O/2RA8 Material: stainless steel, Aluminum alloy ,Titanium alloy Body weight up to :100 kg   Hoe should customers choose ? What are their advantage and disadvantages ? 1. If the patient is a family with not very wealthy conditions and does not have the ultimate pursuit of weight, I will recommend a full set of stainless steel accessories, which are cheap and practical, with a little heavier weight, but it is good for the patient to maintain muscle strength. Look at everything from both sides.   Stainless steel receiving cavity connecting plate + aluminum alloy integrated pipe (stainless steel joint) + stainless steel pipe joint The choice that requires the least brainstorming is also the choice that cannot be wrong;       2. If the patient has weight requirements and the price tolerance is limited, I would recommend the following collocations.   Stainless steel connecting plate + all aluminum alloy integrated pipe + aluminum alloy pipe joint   Because the tube is made of aluminum as a whole, and the pipe joints are also made of aluminum, it can save a lot of weight and is not expensive. Why use stainless steel for the connecting plate? Because the connecting plate is male, the aluminum alloy has poor wear resistance, and the overall mechanical properties of stainless steel are still more reliable .   3. If the patient has requirements for weight, he can afford it to a certain extent. I would recommend all-titanium, because although titanium is not as light as aluminum alloy, its overall performance surpasses that of stainless steel, and its greatest advantage is its durability and durability.   Titanium alloy connecting plate + aluminum alloy integrated pipe (titanium pipe joint) + titanium alloy pipe joint   This kind of combination is the most stable, long-lasting, and of course the price is the most expensive.   Fourth, if you meet the extreme pursuit of light weight, use the following connectors.   Titanium alloy connecting plate + all-aluminum integrated pipe + aluminum alloy pipe joint   To be lighter, then all aluminum + male head piece all titanium .   SHIJIAZHUANG  AOSUO O&P      

May 03,2021

Shijiazhuang Aosuo Prosthetic & orthopedic

  Shijiazhuang Aosuo Prosthetic & orthopedic   AK & BK Prosthetic :   The calf prosthesis consists of four parts: a receiving cavity, a suspension part, a calf connecting part, a prosthetic foot and an ankle. The receiving cavity is the link between the residual limb and the prosthetic limb. It realizes the transmission of force and movement by containing the volume of the disability. Prosthetic feet not only meet the requirements of aesthetics, but also need to meet the requirements of walking function. It can be divided into static ankle feet, uniaxial feet, multi-axis feet, etc. At present, the most assembled foot is carbon fiber energy storage foot.   The thigh prosthesis is composed of a prosthetic foot, ankle joint, calf, knee joint, receiving cavity, suspension device and other parts. Because the structure of the thigh prosthesis is relatively complicated, different receiving cavities and joint parts such as knees and ankles can be used, so there are many kinds of thigh prostheses. After being fitted with a suitable prosthesis, after systematic use training, it is possible to walk with a better gait. If equipped with high-performance prostheses, not only can you ride a bicycle, but you can also run and participate in appropriate sports.   SHIJIAZHUANG AOSUO O&P  

Apr 30,2021

How to choose the connector of the prosthesis?

How to choose the connector of the prosthesis? We all know that a prosthesis is composed of a socket, a connector, and a simulation component. The naming of the materials here is sometimes confusing. Some amputee friends feel that they are particularly tall and expensive when they hear about carbon fiber. In fact, many times, it is not as we imagined. Let's take a look at the selection of these connectors. About the material The main materials of these connecting parts are nothing more than the following: Stainless steel (sometimes called alloy steel); Space aluminum (in fact, aluminum alloy); Titanium alloy carbon fiber; In fact, except for the socket and the tube of the socket, the others are basically two materials or a combination of multiple materials. stainless steel It is mainly used on the connecting plate of the receiving cavity, such as four-claw, three-jaw connecting plate and the like, and of course pipe joints. The ankle of the low-end movable ankle foot is also stainless steel. This kind Adjustable Connection Plate of material is the most economical material. It is cheap and has good performance. The only drawback may be the relatively large weight. Aluminum alloy Mainly appear on tube clamp adapter parts, such as prosthesis connecting tube parts and joint parts. Aluminum alloy tubes are the most common. Titanium alloy It is widely used in middle and high-end prostheses. All stainless steel parts are available in titanium alloy versions, and are 30%-40% lighter than stainless steel. Do not underestimate this 30%. If all connecting parts are made of titanium alloy, the weight can be It is reduced by about 300-500 grams, and it will be lighter when applied to the thigh prosthesis. The accessories of this material are much more expensive than stainless steel, but the performance exceeds that of stainless steel, and it is strong and used. But sometimes the market price is three or four times worse than that of stainless steel. carbon fiber This kind of material mainly appears in the "tube" in the connection fittings. Why do I add quotation marks, because all the carbon fiber tubes and joints are made of other materials, such as titanium alloy, stainless steel, and aluminum alloy. This carbon fiber tube is lighter than aluminum alloy, and it is unusually hard. It is a very ideal prosthetic connecting pipe. If patients can accept the price given, they should choose this tube. how to choose The combinations I often use are as follows, please take them away if necessary, thanks. 1. If the patient is a family with not very wealthy conditions and does not have the ultimate pursuit of weight, I will recommend a full set of stainless steel accessories, which are cheap and practical, with a little heavier weight, but it is good for the patient to maintain muscle strength. Look at everything from both sides. Stainless steel Male Four Jaws plate + aluminum alloy integrated tube(stainless steel joint) + stainless steel tube clamp adapter The choice that requires the least brainstorming is also the choice that cannot be wrong; 2. If the patient has weight requirements and the price tolerance is limited, I would recommend the following collocations. Stainless steel connecting plate + all aluminum alloy integrated tube + aluminum alloy tube clamp adapter   Because the tube is made of aluminum as a whole, and the pipe joints are also made of aluminum, it can save a lot of weight and is not expensive. Why use stainless steel for the connecting plate? Because the connecting plate is male, the aluminum alloy has poor wear resistance, and the overall mechanical properties of stainless steel are still more reliable. 3. If the patient has requirements for weight, he can afford it to a certain extent. I would recommend all-titanium, because although titanium is not as light as aluminum alloy, its overall performance surpasses that of stainless steel, and its greatest advantage is its durability and durability. Titanium alloy connecting plate + aluminum alloy integrated tube (titanium pipe joint) + titanium alloy tube clamp adapter This kind of combination is the most stable, long-lasting, and of course the price is the most expensive. Fourth, if you meet the extreme pursuit of light weight, use the following connectors. Titanium alloy connecting plate + all-aluminum integrated pipe + aluminum alloy pipe joint To be lighter, then all aluminum + male head piece all titanium. Doubts: The integrated pipe refers to a part that combines the pipe and the pipe joint. The material of the pipe is usually aluminum or carbon fiber, and the material of the joint is divided into stainless steel, aluminum alloy, and titanium alloy, but no joint is made of carbon fiber of. Therefore, it is generally told that the joint part of the "aluminum alloy integrated pipe" may have these three different materials. SHIJIAZHUANG AOSUO O&P

Apr 28,2021