April 29, 2026
Elsyca Releases A New AnodizingManager, Improving Simulation Accuracy and Usability for Anodizing Engineers
New meshing engine adds support for 0 mm offset meshing, delivering cleaner results on complex geometries alongside stability improvements and bug fixes.
WIJGMAAL (LEUVEN), Belgium, April 28, 2026 — Elsyca, a provider of electrochemical simulation software for surface finishing, cathodic protection, and electronics applications, today announced the release of AnodizingManager v1.1, an update focused on simulation accuracy and day-to-day usability for anodizing engineers and production teams.
A New Meshing Engine for Cleaner, More Reliable Results
The centerpiece of v1.1 is a completely refreshed meshing engine. Its key addition, support for a 0 mm offset mesh, enables cleaner, more robust meshing, a capability that is especially valuable for complex geometries and high-precision applications. Users can expect improved mesh quality with fewer manual adjustments required.
Stability Improvements
Alongside the new engine, v1.1 includes several stability enhancements and minor bug fixes, resulting in a smoother, more predictable workflow.
Availability
AnodizingManager v1.1 is available now. Engineers and production teams interested in a walkthrough of the new capabilities can request a demo at https://www.elsyca.com/corporate/contact.
About Elsyca
Elsyca provides electrochemical simulation and digital twin software, enabling engineers to design, analyze, and optimize surface treatment and corrosion protection processes. Its solutions serve companies across the automotive, aerospace, energy, and electronics industries, spanning applications from functional and decorative plating to cathodic protection and electrochemical machining. Through predictive simulation and process digitalization, Elsyca connects product design to real-world performance. Drawing on nearly three decades of scientific expertise and field-proven results, Elsyca helps clients reduce costs, accelerate development timelines, and ensure long-term surface integrity.