A force sensing-based prosthesis developed using the pulsating technique.
"The general prosthetic arms are often bulky and they come with complex anatomical designs due to the heavy electronics used for the prosthesis.
We positioned 4.0 smart manufacturing in our development process and collaborated with experts to create our design in Fusion 360. Using the power of machine learning and the cloud we incorporated the generative design feature into our development process which enabled us to increase the durability of the arm while reducing its weight. We used advanced laser sintering 3D printing and the traditional post-processing method for fabricating the prosthesis. The product can be charged using external power sources and uses frugal innovation techniques for design-engineering of the arm and circuitry, through which we gave the sense of feeling on the prosthetic hands."
-Abhit Kumar, Technology Partner
#MyFirstRakhi Campaign
If you wish to avail this solution please contact
Social Hardware +91 90006 52666, +91-73377 43354, admin@socialhardware.co.uk , sales@socialhardware.co.uk for your own independent use
We positioned 4.0 smart manufacturing in our development process and collaborated with experts to create our design in Fusion 360. Using the power of machine learning and the cloud we incorporated the generative design feature into our development process which enabled us to increase the durability of the arm while reducing its weight. We used advanced laser sintering 3D printing and the traditional post-processing method for fabricating the prosthesis. The product can be charged using external power sources and uses frugal innovation techniques for design-engineering of the arm and circuitry, through which we gave the sense of feeling on the prosthetic hands."
-Abhit Kumar, Technology Partner
#MyFirstRakhi Campaign
If you wish to avail this solution please contact
Social Hardware +91 90006 52666, +91-73377 43354, admin@socialhardware.co.uk , sales@socialhardware.co.uk for your own independent use
"The general prosthetic arms are often bulky and they come with complex anatomical designs due to the heavy electronics used for the prosthesis.
We positioned 4.0 smart manufacturing in our development process and collaborated with experts to create our design in Fusion 360. Using the power of machine learning and the cloud we incorporated the generative design feature into our development process which enabled us to increase the durability of the arm while reducing its weight. We used advanced laser sintering 3D printing and the traditional post-processing method for fabricating the prosthesis. The product can be charged using external power sources and uses frugal innovation techniques for design-engineering of the arm and circuitry, through which we gave the sense of feeling on the prosthetic hands."
Abhit Kumar, Technology Partner
#MyFirstRakhi Campaign
If you wish to avail this solution please contact
Social Hardware +91 90006 52666, +91-73377 43354, admin@socialhardware.co.uk , sales@socialhardware.co.uk for your own independent use
We positioned 4.0 smart manufacturing in our development process and collaborated with experts to create our design in Fusion 360. Using the power of machine learning and the cloud we incorporated the generative design feature into our development process which enabled us to increase the durability of the arm while reducing its weight. We used advanced laser sintering 3D printing and the traditional post-processing method for fabricating the prosthesis. The product can be charged using external power sources and uses frugal innovation techniques for design-engineering of the arm and circuitry, through which we gave the sense of feeling on the prosthetic hands."
Abhit Kumar, Technology Partner
#MyFirstRakhi Campaign
If you wish to avail this solution please contact
Social Hardware +91 90006 52666, +91-73377 43354, admin@socialhardware.co.uk , sales@socialhardware.co.uk for your own independent use
