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AON-M2 build volume demonstration 3D printed with SABIC ULTEM™ AM9085F Filament
3d printed carbon fiber nylon electric race-car dashboard - made using DSM Novamid® ID1030 CF10 and BVOH soluble support
3D printed prosthetic socket made using carbon fiber reinforced nylon - DSM Novamid® id1030 cf10
Various parts made from natural and carbon fiber filled PEKK, made using Arkema's KEPSTAN®PEKK, filament from Kimya
AON-M2 Build Chamber with carbon fiber PEEK part - Solvay KetaSpire® AM FILAMENT CF10 LS1
The AON-M2 control interface mirrors to any workstation or laptop, and takes g-code input from multiple slicers. Simplify 3D is preferred.
Large 3D printed ABS fixture for particle physics application
3d printed carbon fiber nylon electric race-car dashboard - made using DSM Novamid® ID1030 CF10 and BVOH soluble support
3D printed inlet diffuser for aerospace research application. Print fine features and soluble or break-away supports with ease thanks to watercooled dual independent extruders.
Direct drive, dual pinch extruder allows 3D printing of flexible filaments
Aerospace ducting application 3D printed with SABIC ULTEM™ AM9085F Filament
Large PEEK test artifact 3D printed with Solvay KetaSpire® AM Filament MS NT1
Print soluble or break-away supports with ease thanks to dual-independent water-cooled tool-heads.
Carbon fiber PEI and carbon fiber PEEK
Various 3D printed PEEK parts - Made with Solvay KetaSpire® AM Filament MS NT1
AON-M2 build volume demonstration 3D printed with SABIC ULTEM™ AM9085F Filament
