The Concept of Additive Manufacturing Is Deeply Studied, Observed, and Measured As a Means
Of Makingprosthetic Devices For Custom-Made Lower Limbs. With the Help of Custom-Made Prosthetic
Device Amputees Seems to Be Largely Beneficial. Moreover, In Increasing Reachability For Custom-Made
Hand Prostheses, Additive Manufacturing Yielded Good Outcomes Successfully, However There Persist A
Requirement For Evaluation of Additive Manufacturing That Can Be Deployed For Making Lower Limb
Prostheses Systems. Elaboratelythis Technique Will Be Studied As a Potential Fabrication Schemes, Their
Classifications, Various Materials Which Can Be Applied, and a Sequence of Examples Focusing How It Has
Previously Been Effective In Health Sector Will Be Explained. Proposed Techniques Focusses on Virtual
Modellingof Residual Limb of Patients and Virtual Procedure Is Highly Combined and Flow of Data Is As In
Liquid State As Possible. There Exist Identification of Three Main Phasesvalidation, Design, And
Production of Socket. Primarily, Technician Utilizes Socket Modelling Assistant (Sma) Tool For Designing
Of Socket Shape. Later, For Validation of Socket Shape and Regulating Pressure Distributiona Numerical
Simulation Is Executed. Lastly, For Making Socket a Multi-Material 3D Printer Is Applied. Firstly Outcomes
Are Shown Andresults Are Drawn Taking into Account Challenge of Multi-Material 3D Printing of Sockets.