India based metal 3D printing service provider, Intech DMLS Private Limited has released AMOptoMet, a predictive software for parameter optimisation for Selective Laser Melting at formnext powered by tct.
AMOptoMet assists in the prediction of parameters for powder bed systems, reducing extensive research and development to establish feasible parameters for 3D printing. Intech DMLS says this new software will help users gain "complete control of what you want to print, be it high speed printing outputs, specific surface quality or varying densities".
Features include:
Powder freedom - The software allows users to work with powders from any manufacturer and also supports the development of new 3D printing materials for industries such as automotive, Oils & Gas, Power and other general engineering industries. This means cost effective materials could be developed much quicker.
New Alloy Development - This software further reduces the timeframe for development of new materials and high entropy alloys by predicting printable parameters, which could prove beneficial to material designers and manufacturers. AMOptoMet also allows users to tweak micro alloys to deliver enhanced properties
Maximising production - With the ability to optimise parameters it is now easier to increase printing speeds and therefore increase production. Lower print cost from increased production pushes this technology from prototyping to production.
Reduced cost - Intech DMLS says the combination of using powders from competitive non-OEM powder suppliers and increased production through optimised parameters culminates in reducing part cost significantly.
Machine learning - The software can adjust itself for subsequent prediction by analysing previous predicted and actual values resulting in higher accuracy and reliability after each build. Intech DMLS says AMOptoMet will be able to give process related insights that are unique to products and materials, to give users the upper-hand in process optimisation.
In addition to these benefits, two new modules are set to be added to the software in the near future. This includes a Heat treatment module to predict heat treatment cycles specifically designed for printed parts, and a Powder Management module which tracks powder usage and devises strategy for reusing of powder.
