- In 2023, the National Library of Medicine developed a high-performance 3D printing filament using polymer materials such as polylactic acid (PLA). This advancement has significantly increased the material’s applications in various industries, including prototyping, model making, DIY projects, artistic objects, household items, low-wear toys, packaging, and biomedical uses, enhancing manufacturing efficiency and design flexibility
- In 2024, researchers achieved a major milestone by developing the first 3D-printable ocular resins, enabling the creation of specialist lenses designed for implantation into the human eye. This breakthrough in additive manufacturing technology promises to revolutionize the ophthalmic industry by providing more personalized, accurate, and cost-effective solutions for patients requiring corrective eye lenses
- In May 2024, a new technique was introduced that enhances the manufacturing of metal machine parts through 3D printing. The method allows for automated quality control during the finishing process, enabling manufacturers to identify flaws without removing parts from equipment. This innovation reduces production time and increases efficiency, facilitating higher quality standards in industrial manufacturing
- In May 2024, a revolutionary 3D printing technique for medication was developed. This innovation allows the printing of multiple drugs into a single tablet, facilitating the creation of personalized pills with precise timing for drug delivery. This advancement in pharmaceutical technology opens new possibilities for customized treatments, improving patient compliance and efficacy of medication regimens
