GreMa 3D: With 3D printing technology from Lynxter, the 3DMyMask project is changing respiratory care for babies

2026-04-283 min.

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3D silicone printing is entering the neonatology phase with impressive speed, and a leading role in this transition is the French company Lynxter – a pioneer in industrial 3D silicone printing. The 3DMyMask project proves that personalized masks, developed directly in a hospital environment with the Lynxter printers, can improve the effectiveness of non-invasive ventilation and reduce the risk of complications in newborns and premature babies. BalkanEngineer.com was informed more about the project by GreMA 3D, an engineering and production company specializing in 3D equipment.

For premature and newborn babies with malformations, every breath is critical. Noninvasive ventilation is often a preferred alternative to intubation, but standard masks are not always compatible with the specific anatomy of the baby. "In conditions such as Pierre Robben syndrome, various craniofacial anomalies or upper airway obstructions, the need for a perfectly fitting mask is even greater. Personalization here is not just a convenience, but a vital necessity," GreMa 3D pointed out.

The project is the result of partnering with the hospital Clínic de Barcelona, the expert group DIGIFAB, digital innovation hub IAM3DHUB, leader of 3D silicone printing Lynxter and various other technological organizations, which combine their expertise in scanning, modelling and 3D printing of silicone medical equipment. Thanks to being able to print in the hospital, these personalized masks can be produced quickly, safely, reducing slow down, expenditure, and the risk of complications.

The process begins with a high-precision 3D scan of the baby's face, which captures the individual morphology and sensitive areas. Then, specialists digitally model the mask, optimizing the shape and pressure distribution. The final stage is 3D printing from medical-grade silicone with the Lynxter S300X industrial systems – LIQ21 and LIQ11, allowing the production of complex shapes with extreme precision.