AMIS 3.5.1 connects build software directly to HP MJF systems for production workflows

AMIS has released version 3.5.1 of its AMIS Pro + Runtime software, targeting industrial additive manufacturing users with a focus on stable data preparation, automation, and traceable repair processes. The update's centerpiece is a production-ready direct connection to HP Multi Jet Fusion systems, enabling print jobs to be sent to compatible machines without intermediate steps. AMIS also rebuilt its file-processing pipeline with a fully overhauled healing algorithm that automatically checks geometry data against HP requirements, catching open edges, non-manifold structures, and problematic wall areas early. The software now provides a visible status indicator - valid, usable with restrictions, or not repairable - plus a detailed repair-step report for production planners.

This release addresses a persistent gap in polymer MJF production: the fragility of the data-to-print chain. In automated serial production, a single defective file can ruin an entire build job, and manual repair is both slow and opaque. By embedding HP-specific geometry validation directly into the build preparation pipeline, AMIS is moving the industry toward the kind of predictable, repeatable workflow that production environments demand. The update fits the broader pattern of software-led maturation in polymer AM, where the bottleneck has shifted from printer speed to data reliability and process governance. AMIS is positioning itself as the middleware layer that makes HP's MJF ecosystem viable for lights-out manufacturing, competing indirectly with Materialise's Magics and Siemens NX AM capabilities by focusing on a single-process deep integration rather than multi-process breadth.

For users running HP MJF in production, this update removes a real operational risk: the hidden cost of failed builds from undetected geometry errors. The practical value is in the audit trail - having a documented repair history means production planners can decide with confidence whether to print or send a part back for redesign. AMIS needs to prove the healing algorithm's accuracy across the full range of HP-compatible materials and part geometries, but the direction is sound: making build preparation as deterministic as the printing process itself.