INTAMSYS launches INTAMQuality quality software for FUNMAT PRO printers

INTAMSYS has released INTAMQuality, a quality assurance software for its FUNMAT PRO 310 APOLLO and FUNMAT PRO 610HT industrial 3D printers. The tool enables layer-by-layer process data review, comparing actual print data against G-code specifications to detect deviations and anomalies during production. Users can generate quality reports suitable for internal documentation, validation, or customer handover, addressing the growing need for traceability as high-performance polymer printing shifts from prototyping to end-part manufacturing.

This launch reflects a broader industry trend where polymer material extrusion (FDM/FFF) is moving into production-grade applications, particularly in industrial tooling, automotive, and aerospace. INTAMSYS is positioning INTAMQuality as a response to the qualification burden that comes with this shift — customers now require consistent process data and batch-level traceability, not just a successful print. Competitors like Stratasys and 3D Systems have long offered similar monitoring and reporting tools for their industrial lines, but INTAMSYS is bringing this capability to the high-temperature polymer segment, where materials like PEEK and PEKK demand rigorous process control. The software directly addresses the gap between prototyping workflows and production-grade quality management, a critical step for polymer AM to gain credibility in regulated environments.

For INTAMSYS, the challenge now is execution: INTAMQuality must integrate seamlessly into existing customer workflows and deliver reports that satisfy internal quality departments and external auditors. Users evaluating the FUNMAT PRO line should test whether the software's deviation detection and reporting features meet their specific qualification requirements, particularly for serial production of end-use parts. This is a practical step forward, not a breakthrough — but it is exactly the kind of infrastructure investment that separates production-ready AM platforms from prototyping tools.