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Real manufacturing challenges solved with engineering-grade additive technologies.
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Every project here started as a customer file and left our Bucharest farm as a finished, inspected part — rapid prototypes for design validation, batch runs of 10 to thousands of identical units, bridge production before injection tooling is ready, custom jigs and fixtures, and end-use parts shipped straight into products. It is all FDM, printed in engineering-grade thermoplastics: PLA and PETG for dimensional accuracy, ABS, ASA and PC for heat and impact, ABS-GF for stiffness, and ABS-FR where UL94 V-0 compliance is required.
These projects exist to show how parts behave at volume, not to display a single flawless print. Before any nozzle heats up, every file passes a DFM review — wall thickness, overhang geometry, and tolerance stack-ups are checked, and we propose a fix when something will not hold up across a run. Parts are printed to ISO 2768-m tolerances by default, with tighter limits agreed case by case.
We pick the polymer for the job — ASA for anything outdoors, PC for impact at temperature, PLA for dimensional accuracy at volume. The portfolio covers all seven production materials we run.
Calibrated per-material profiles and a fixed quality gate mean part 1 and part 1,000 are the same part. Batch jobs ship with dimensional QA against the supplied drawings.
Production starts within 24–48h of order confirmation, dispatched from Bucharest with no transatlantic delay and no tooling or setup cost — a single prototype is as valid as a full run.