modular socket system (MSS) to produce a prosthetic socket directly on the patient has the potential of being easier and quicker ( 2 hours) to manufacture
Prosthesis is often used to restore appearance and functional activity to persons having lower limb amputation. Below Knee (BK) prostheses are typically comprised of four major components as shown in Figure (1) ,these are:
1) Socket
2)Pylon (shank)
3)Foot prosthetic
4) Couplings
Coupling between the residual limb and the prosthesis is typically achieved by a socket,which surrounds the stump, and to which the remaining components of the prosthesis are attached[1] .The socket is the interface between the patient's body and an artificial prosthesis ,for a lower limb amputee the fit of the socket can determine the value of the prosthesis. Historically, the production of prosthetic sockets has depended on the experience of prosthetists.
Prosthesis is often used to restore appearance and functional activity to persons having lower limb amputation. Below Knee (BK) prostheses are typically comprised of four major components as shown in Figure (1) ,these are:
1) Socket
2)Pylon (shank)
3)Foot prosthetic
4) Couplings
Coupling between the residual limb and the prosthesis is typically achieved by a socket,which surrounds the stump, and to which the remaining components of the prosthesis are attached[1] .The socket is the interface between the patient's body and an artificial prosthesis ,for a lower limb amputee the fit of the socket can determine the value of the prosthesis. Historically, the production of prosthetic sockets has depended on the experience of prosthetists.
to compare the costs of manufacturing a transtibial prosthetic socket using either a MSS or a standard laminated socket (PC). :
standard laminated socket (traditional ):
1- long time manufacturing (3 weeks) ,
2- low cost .
3- A good technician and Professional
MSS method :
1- 2 hours
2-high cost
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