INTAMSYS enhances industrial 3D printing capabilities with INTAMSuite NEO 25.1.0 software update featuring UI improvements and expanded material support.
INTAMSYS rolled out version 25.1.0 of its INTAMSuite NEO slicing software, featuring a redesigned user interface and expanded compatibility for industrial 3D printing workflows.
The Shanghai-based high-performance polymer 3D printer manufacturer’s latest update introduces a startup assistant, optimized toolpaths for slicing, and support for recent material profiles developed with partners. The software now works with new printer models including the FUNMAT PRO 310 and FUNMAT PRO 610HT, machines designed for high-temperature thermoplastics like PEEK, PEKK, and ULTEM.
The modernised interface is compatible with both light and dark themes plus an enhanced printer setup wizard, improving the onboarding experience for novice users and accelerating print preparation for advanced operators.
Recent slicing methods provide more optimal toolpaths and better support frameworks which may shorten the print time and post-processing work for engineers in the aerospace, automotive, and medical fields where part quality and accuracy matter.
INTAMSYS NEO 25.1.0 also features an integrated firmware update and diagnostics dashboard for INTAMSYS printers, enhancing control within production settings.
The latest update includes new print profiles that have been validated for an expanding range of high-performance filaments, both proprietary and those developed with industry collaborators. INTAMSYS Enhancements integrate their proprietary software with add-on modules. These attachments strengthen INTAMSYS’s peripheral ecosystem of devices that augment its self-sustaining system.
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This is developed due to the recent progress in INTAMSYS’ hardware and industrial partnerships. In 2022, the company’s FUNMAT PRO 410 received recognition for its high-temperature dual-extrusion capability. Earlier, Schneider Electric embraced the use of INTAMSYS’ FUNMAT PRO 310 NEO that enabled the production of tooling seven times faster than the conventional methods. INTAMSYS also contributed to satellite production using precision polymer 3D printing.
