Material High Throughput Software
Make alloy composition design as simple as filling a form — automatically calculate hundreds of composition points in one run, dramatically shortening R&D cycles.
MatSimKit Software Suite
Material Simulation Tools (MatSimKit) is a series of professional software tools for the metallic materials domain. Built on JMatPro, the internationally recognized thermodynamics and material property calculation software for metallic materials, the suite spans from phase diagram analysis and high-throughput property prediction to process-integrated simulation for casting, forming, heat treatment, additive manufacturing, and more.
MatSimKit bridges material property data with process simulation, delivering efficient and production-oriented solutions that help users optimize processes, improve quality, reduce costs, and turn simulation into real manufacturing benefits.
Batch Calculation
Automated batch calculation and scheduling across multi-parameter composition spaces
Process Integration
Seamless process-level integration of material calculation with simulation software
Data Management
Centralized management, comparison, and validation of calculation and experimental data
AI Assistance
LLM-powered intelligent material design and parameter recommendation
Full Coverage
Covers material data needs across casting, heat treatment, and hot-working workflows
Software Products
Powered by JMatPro, transforms point-by-point manual calculations into fully automated batch workflows — configure once, get complete material property data for dozens to hundreds of composition points.
Centralize, compare, validate and visualize material calculation results and experimental data, transforming scattered data into accumulating enterprise material knowledge.
Deeply integrates LLMs with JMatPro thermodynamic engine, enabling alloy design and property analysis through natural language conversations — no complex software training required.
Wraps professional material calculation engines as standard HTTP services, so industrial simulation software obtains complete thermophysical datasets from liquidus to room temperature with a single API call.
Typical Application Scenarios
Casting Process Full-Flow Simulation
Supply accurate thermophysical data to casting simulation software, supporting filling, solidification, and defect prediction analyses.
Heat Treatment Design & Optimization
Combine CCT curve calculation with high-throughput screening to quickly identify optimal composition and heat treatment process windows.
Metal Forming Simulation Data Preparation
Batch-calculate flow stress and thermophysical parameters for forging, rolling, and extrusion simulations, improving accuracy.
Additive Manufacturing Material Property Evaluation
Rapidly obtain thermophysical properties, solidification range, and hot cracking sensitivity data for additive manufacturing processes to support process optimization.
New Alloy Composition R&D
High-throughput screening across wide composition spaces for multi-objective performance targets, significantly reducing R&D cost and time.
Enterprise Material Database Construction
Accumulate, organize, and validate alloy thermophysical calculation and experimental data to build a proprietary enterprise material knowledge base.
Latest Insights
View AllMatSimKit-HT V2.1.0 Released
Adds the general steel heat treatment module with CCT, high-temperature yield strength, and flow stress calculations; a Knowledge Base and multi-criteria filtering; plus comprehensive visualization enhancements.
MatSimKit-Flow V2.0.0 Released — Standard HTTP REST Service
Rebuilt as a standard HTTP REST service supporting programmatic calls from any simulation software, with multi-software access, a web console, 9 alloy systems, and cross-platform deployment.
JMatPro Die-Casting Industry Solution White Paper
Systematically presents JMatPro's digital solutions for the die-casting industry across four core scenarios: thermophysical calculation, heat treatment design, process optimization, and alloy composition design.