Prosthetic Leg Socket

The technician will be able to effortlessly configure a socket by utilizing a 3D scan, driven by intelligent AI predictions. We anticipate that our software, in conjunction with his expertise, will enable the development of a socket that is more versatile, can be produced more quickly, and provides a superior fit when contrasted with the conventional method.input:
output:The images in the gallery demonstrate that our initial patient test models were 3D printed in nylon (PA11). Orthobroker is currently engaged in the optimization of these products and the development of a variety of configurations.

Initial prototypes

compatible with a variety of suspension systemsinput:
output:Produced using the HP MJFinput:
output:PA11 is the material.

Our collaborative approach: input:
output:You generate a 3D scan and submit it to our online platform.input:
output:In the platform, you are requested to provide additional information regarding the patient.input:
output:You are responsible for the initial alignment and implement a few modifications to the stump.input:
output:The custom socket is generated by the software platform based on the 3D scan that you have modified.input:
output:You verify the outcome and arrange the socket.input:
output:The socket is generated by the software platform in order to encircle the stump.input:
output:The socket is delivered after being 3D-printed.input:
output:There are no thermoplastic or laminating testsockets. Compared to the conventional method, this is a completely novel experience that requires significantly less effort and results in a faster delivery time.input:
output:Is it too good to be true?input:
output:The patient is appointed by you, and we persuade both of you and the patient to utilize the NEXUM TT prosthetic socket.