INVENTORY DATA & PART IDENTIFICATION
Inventory Data and Part Identification is the first step to on-demand additive manufacturing. It is an essential filter, as it recognizes the possibility and feasibility to create and print a digital twin. Digital Spares offers several identification methods and provides several analyses based on the application of the part or part assembly.
INVENTORY Assesment & PART IDENTIFICATION METHODS
Physical Screening & Selection
Physical Screening & Selection
Physical Screening & Selection
An additive manufacturing engineer and a digital warehousing expert identifies and pre-qualifies parts fit for 3D printing.
Online Crowd Collaboration
Physical Screening & Selection
Physical Screening & Selection
Mobile phone enabled and A.I powered software allows the identification of potential parts fit for additive manufacturing.
CAD & 2D Software Analysis
Physical Screening & Selection
CAD & 2D Software Analysis
Software analyzes and identifies 1000+ CAD files and/or 2D Drawing sheets fit for additive manufacturing.
PArt Property Analysis
Dimensional Analysis
Dimensional Analysis
Dimensional Analysis
Analysis of size and dimensions of part
Material Analysis
Dimensional Analysis
Dimensional Analysis
Analysis of material and material matchmaking in additive manufacturing such as Tensile Strength, Density and Young Modulus
Geometrical Analysis
Dimensional Analysis
Geometrical Analysis
Analysis of geometric complexity of part such as tolerance, thickness and holes
Cost Analysis
Stress-Strain Analysis
Geometrical Analysis
Production cost analysis and financial comparison additive manufacturing vs traditional manufacturing of part
Lead-Time Analysis
Stress-Strain Analysis
Stress-Strain Analysis
Lead time analysis and production time comparison of additive manufacturing vs traditional manufacturing
Stress-Strain Analysis
Stress-Strain Analysis
Stress-Strain Analysis
Stress analysis for specific applications is conducted through finite element analysis