From October 29 to 30, 2026, we will be present at the traditional Ledebur Colloquium in Freiberg.
Our presentation: “Competitive advantages through optimizing materials engineering solution spaces in foundries”
From February 8 to 12, 2027, we will be present at Aero India 2027 in Bengaluru – Asia’s premier aerospace and defence exhibition.
Focus: digital materials data, MMPDS design allowables, and simulation-driven materials development with Matplus EDA® and JMatPro®.
From March 10 to 12, 2027, we will be present at LightMAT 2027 in Siegen.
Our presentation: “Combining DOE, ICME and Computational Thermodynamics for Efficient Exploration of 5xxx Aluminium Alloy Design Space”
The way to find missing information about materials: Calculate material information quickly and easily instead of searching for it laboriously. JMatPro® is the leading system for calculating the properties of metallic materials – the new JMatPro® Version 16 is now available!
This year we are again offering JMatPro® training sessions in Wuppertal in May and September. The one-day sessions provide the knowledge needed for effective work with JMatPro® and an overview of the scientific foundations.
We are pleased to introduce the latest version of JMatPro®, the leading software for calculating material data. Version 15 is now available and brings numerous new features that help engineers, researchers and practitioners achieve even better results in designing products and processes more efficiently while optimizing energy consumption.
The 13th JMatPro® User Conference will take place on October 14-15, 2025 in Wuppertal.
Look forward to presentations by the developers on the latest developments and plans for the future of JMatPro as well as presentations by the JMatPro users.
JMatPro® is the simulation software that allows a wide range of properties of technical alloys to be calculated easily. The solution has been highly appreciated for years in industry and research for its ease of use and solid results for practical applications. With the new version 14, the already versatile capabilities of JMatPro® have been significantly expanded, with a focus on steel and aluminium. The optimization of alloys and manufacturing processes as well as the generation of consistent material cards for FEM simulation can make a significant contribution to reducing material and energy costs.