OptiMa is a highly advanced, modular software suite designed to bring precision, efficiency, and reproducibility to material microstructure analysis across industries such as research & development, metallurgy, foundry, laboratories, aerospace, and medical equipment. It delivers precise material data that supports both quality assurance and scientific discovery, helping you improve production and research outcomes with confidence.
At its core, OptiMa combines cutting-edge imaging technology, automated evaluation processes, and seamless data integration to produce results that are compliant with international standards. This ensures that your material analyses are not only accurate but also reproducible and audit-ready, a crucial advantage in high-stakes applications.
OptiMa’s suite of specialized modules includes layer analysis, cross-section and ball cratering evaluations, homogeneity assessment, aluminum casting analysis, and cast iron microstructure characterization — each tailored to deliver detailed, quantifiable insights. Whether you’re measuring coating thickness, evaluating porosity, quantifying phases, or determining dendrite arm spacing, OptiMa provides intuitive tools that reduce manual effort while increasing throughput and consistency.
The software supports both single-image and batch processing workflows and offers features like automated report generation, intelligent edge detection, and interactive correction modes, making it flexible for daily lab use or high-volume industrial quality control. OptiMa can be integrated into existing imaging databases and workflows, delivering a streamlined experience from data acquisition through analysis and reporting.
Whether your objective is robust material quality control, faster research cycles, or compliance with strict manufacturing and scientific standards, OptiMa empowers your team with reliable, objective, and fast microstructure analysis — helping you verify, assure, and convince with confidence
