A Precise Digital Twin of Any Flash Sintering or Spark Plasma Sintering/Field Assisted Sintering Technology Machine
Unlimited Material Experimentation
Design and Testing of Optimized Tooling Systems
Digitally Simulate the Sintering Cycle for Your Specific Machine and Tool Configuration to Achieve Accurate Thermal Results for Your Materials
Fully Understand the Impact of Modifying Installation Parameters, Geometries, and Material Composition of the Sample and Tool on Final Part Quality and Material Properties.
Engemini is the first and only software to offer such precise modeling of the coupled physics involved in the Spark Plasma Sintering/Field Assisted Sintering Technology (FAST/FAST) process
With Full Control Over the Geometry and Materials Used for Each Component of the Tooling (Spacers, Tools, CFC Plates), ENGEMINI Enables You to Design, Simulate, and Optimize the Perfect Tooling for Your Application.
Mold Size is Crucial for Production Cost and Part Performance. Graphite Molds are Fragile and Can Break if Not Properly Matched to the FAST/SPS Recipe and Application, Leading to Unnecessary Costs and Delays.
Depending on the Powder Quantity, Material Used, and Pressure Required for Densification, the Mechanical and Thermal Stresses on the Molds Will Vary.
These Stresses Can Easily Lead to Breakage or Poor Thermal Homogeneity, Directly Impacting the Sample and Quickly Becoming Costly.
The Mold Design Module Enables Digital Mold Design for Spark Plasma Sintering/Field Assisted Sintering Technology (FAST/SPS), Automatically Calculating the Optimal Trade-Off Between Mold Size (Height and Wall Thickness), Energy Consumption, and Thermal Homogeneity for Any Given Material and Sample Size Combination
Improved Thermal Homogeneity of the Sample
Optimized Dimensions
Enhanced Mold Resistance
By Digitally Simulating the Thermal, Electrical, and Mechanical Physics During Your Sample's Sintering Cycle, ENGEMINI Calculates and Predicts the Optimal Graphite Mold Dimensions for Achieving the Strongest, Most Thermally Homogeneous, and Most Conductive Tooling