Designed for anatomical models, surgical guides, and medical tooling using sterilizable and biocompatible materials. See how it’s setting a new standard for medical printing.
Developing customized silicone parts has traditionally meant long lead times, mold-making, and limited design flexibility. This webinar will explore how direct silicone 3D printing can speed up development, support small-batch production, and help you create patient-specific parts without molds or tooling.
더보기Picodya cut ~2 years from point-of-care diagnostics development and part costs by up to 90% using Stratasys PolyJet and Origin P3 DLP. See the results.
더보기See how Medical IP pairs AI segmentation with the Stratasys J750 to 3D print full-color organ models for surgical simulation and training. Read the case study.
더보기Developing customized silicone parts has traditionally meant long lead times, mold-making, and limited design flexibility. This webinar will explore how direct silicone 3D printing can speed up development, support small-batch production, and help you create patient-specific parts without molds or tooling.
Picodya cut ~2 years from point-of-care diagnostics development and part costs by up to 90% using Stratasys PolyJet and Origin P3 DLP. See the results.
See how Medical IP pairs AI segmentation with the Stratasys J750 to 3D print full-color organ models for surgical simulation and training. Read the case study.
