High-Performance Polymers

Unlock demanding engineering materials like PEEK, PEKK, PEI (Ultem) for small-to-mid parts, and carbon-fiber composites using a 500 °C high-temperature nozzle. Fabricate chemically and thermally resistant labware, custom experimental apparatus, or functional research prototypes directly on campus without relying on third-party suppliers or vendor delays.

High-Throughput Printing

Print large experimental setups or produce multi-part student project batches on demand. Featuring a Ø300 × 400 mm cylindrical build volume and print head accelerations up to 20,000 mm/s², the static bed design ensures rapid turnaround, dimensional stability, superior surface finishes, and tight tolerances for rigorous scientific applications.

Maximum Layer Integrity

Ensure structural reliability for load-bearing experimental setups and mechanical testing models. The fully insulated, actively heated 90 °C chamber maintains uniform ambient temperatures during complex builds, preventing warping and delivering optimal layer fusion for high-strength ABS, ASA, and polycarbonate parts.

Complex Geometries

Fabricate intricate fluidic channels, custom sensor mounts, and detailed teaching models with minimal post-processing labor and support material usage. An advanced high-pressure turbine and dynamic servo-shutter cooling system direct airflow precisely where needed within milliseconds, enabling clean overhangs and complex internal channels without chilling the ambient chamber.

Air-Gapped Data Security

Keep patentable research, grant project data, and student designs strictly on campus. Built around an offline-first architecture, the system operates via USB drive or optional local network connectivity, satisfying strict campus IT security standards without forced cloud exposure.

Integrated Filtration

Deploy additive manufacturing directly into research labs, makerspaces, and classrooms without compromising indoor air quality. A fully enclosed recirculation system uses HEPA and active carbon filters to scrub ultrafine particles (UFPs) and VOC fumes during high-temperature polymer processing.