Silicone 3D Printing With the rapid advancement of 3D printing technology, silicone has become a key material for producing flexible and...

Flexible lattice structures created with silicone 3D printing and water-soluble support materials enable complex geometries that are impossible to achieve with traditional molding techniques. This advanced approach is especially valuable in biomedical engineering , soft robotics , and product design , where high precision and material performance are essential. Shock absorption structure Using two-part medical-grade silicone and a water-soluble support material , these st

Silicone 3D printing is emerging as a powerful tool in the field of medical engineering. With properties such as flexibility, chemical resistance, and structural precision, this technology is gaining momentum in hospitals, research labs, and educational institutions. Especially within academic communities. Benefits of Silicone for Medical Applications Silicone is a highly versatile material that complies with ISO 10993 standards, ensuring its safety for use in medical devices

San Draw’s professional-grade silicone 3D printer is built for precise and reliable silicone printing. It excels in engineering design, medical device development, soft robotics, and innovative product prototyping. With consistent printing performance and broad material compatibility, San Draw delivers a dependable solution for creating high-performance structures and functional components.

Keywords: silicone 3D printing, medical simulation, prosthetics, customized implants, medical training models, soft tissue 3D printing, dental simulation, gingival mask, biocompatible printing

In the fast-evolving world of additive manufacturing, the capability to produce ultra-fine lattice structures is transforming what’s possible, especially with silicone, a material traditionally considered difficult for high-precision 3D printing . Today, we share a deep dive into an impressive case study: how ultra-dense, geometrically complex lattice structures in silicone were realized, pushing both the physical limits of the material and the technology behind printing. If