Mouldlytics brings DOE, tool management, machine databases, and project tracking into one platform - purpose-built for the way scientific moulding teams actually work.
From first shot to setting sheet, Mouldlytics covers the full scientific moulding process in one connected system.
Run systematic Design of Experiments to optimise injection parameters, reduce scrap, and lock in repeatable quality across tools and machines.
Track tool history, schedule preventive maintenance, manage spare parts, and store documentation - all tied to each mould in your database.
Store machine specs, clamp-force ratings, and material processing parameters so engineers always have the right data at job setup.
Every mould tool with its specs, shot count, maintenance schedule, and documentation - linked to the projects and tickets that depend on it.
Mouldlytics follows the scientific moulding process end to end - so nothing falls through the cracks.
Manage tool trials, assign machines and materials, track cavitation, and monitor progress from new project to production release.
Log and resolve moulding issues, maintenance requests, and quality events with a built-in ticket system that keeps your team aligned.
Dashboards and reports give visibility into tool performance, DOE outcomes, maintenance activity, and project status at a glance.
Generate setting sheets and project reports directly from your process data - reducing manual effort and documentation errors.
Role-based access keeps engineers, technicians, and managers working from the same data with the right level of visibility.
Maintain searchable records of all process changes, maintenance events, and DOE studies - ready for internal or customer audits.
Mouldlytics is structured around the eight stages your team already uses.
Mouldlytics is scientific moulding (molding) software for injection moulding teams. It guides process development studies and turns the results into a documented setting sheet, alongside mould tool, machine, material and maintenance records in one platform.
Scientific moulding (also called decoupled moulding) is a structured, data-driven approach to developing injection moulding processes. Instead of adjusting settings by feel, you run systematic studies that each isolate one variable, and document the data behind every setting.
Melt preparation, filling (viscosity curve and transfer position), cavity balance, packing, cooling, weight study and Design of Experiments (DOE). The results feed the setting sheet and the project report.
Process, tooling and maintenance engineers in injection moulding businesses, across industries such as automotive, medical, consumer electronics and packaging.
Yes. We support migration from spreadsheets and other formats to get your records in from day one.
New to the method? Read What is scientific moulding.
Get in touch to schedule a walkthrough tailored to your team's workflow and tooling setup.