Import 3D design files (STEP/IGES) and provide CAD tooling to process those.
Monitor correction histories and quality trends through a user-friendly, interactive visualization suite.
Store and share data in a centralized cloud repository with version control for seamless teamwork.
Organize data into AI-ready datasets to track trends and predict optimal die adjustments over time.
We replace trial-and-error with data-driven insights, turning die correction into a repeatable, science-based process with minimum randomness.
Our solution integrates design intent, dimensional reports, and 3d scans to create a first-of-its-kind structured dataset for predictive analytics.
By capturing and analyzing expertise, we reduce the skill gap, preserve knowledge, and enable consistent, high-quality results.
Starting with a powerful proof of concept, our platform evolves into a fully automated ecosystem, delivering value from day one.
Join the digital revolution in aluminum extrusion and experience measurable improvements in productivity, quality, and knowledge retention.
Extrumind is the result of our vision to modernize the aluminium extrusion workflow. To bring this vision to life, we partnered with TechNeura, a bespoke software development partner trusted for building complex, high-precision engineering systems.
TechNeura engineered the Extrumind platform using:
Their disciplined engineering process and deep technical expertise enabled us to transform a conceptual workflow into a full-scale digital product that enhances collaboration, improves accuracy, and accelerates the die-correction lifecycle.
TechNeura continues to support the evolution of Extrumind as we expand its capabilities and bring digital transformation to the extrusion industry.