Auxilium Biotechnologies 3D prints medical devices in Space

by Medical

Auxilium Biotechnologies, a San Diego medtech startup, is 3D printing medical devices in space. The company uses a DLP-based bioprinter called the Auxilium Microfabrication Platform (AMP-1) to create biomimetic devices for nerve injuries. A recent deployment of the AMP-1 to the International Space Station (ISS) resulted in a successful test, described by Auxilium CEO Jacob Koffler as “a landmark achievement for space biomanufacturing.”

Stratasys Expands Digital Denture Solution to Europe

by Medical

Stratasys, a leading provider of 3D printing solutions, has received CE Mark Class I approval for its TrueDent-D resin, enabling the sale of its monolithic multi-shade digital denture solution across Europe. Following its successful U.S. launch in 2023, this milestone allows the company to bring a scalable and efficient solution to European dental labs, dentists, and patients.

3DPI Awards 2024: Frontier Bio’s Lab Grown Lung Tissue

by Medical

Eric Bennett, CEO of Frontier Bio, told us more about 3D printing in regenerative medicine and the development of lab-grown human tissues, aiming to ultimately eliminate the organ transplant waitlist. Frontier Bio’s groundbreaking applications, such as their “brain on a chip” technology, provide humane and highly relevant alternatives to animal studies in traumatic brain injury (TBI) research, with future potential for drug discovery in conditions like Alzheimer’s and Dementia. 

3D Printing Industry Awards 2024: 3D Systems, Medical, Dental, or Healthcare Application of the Year

by Medical

Ahead of this year’s 3DPI Awards, Stijn Hanssen Director of Application Development for Dental at 3D Systems, told us more about developing the industry’s first monolithic jetted denture solution, transforming how dentures are fabricated and delivered. This innovation combines multiple materials in a single print, mimicking the properties of natural teeth and gums to create durable, aesthetically superior, and comfortable prosthetics. Leveraging 3D Systems’ MultiJet printing technology, comprehensive workflow solutions, and decades of expertise in dental materials, this solution streamlines production for high-volume dental labs, reducing complexity, cost, and patient wait times. Collaborations with dental professionals have been integral to refining this technology, resulting in a product that enhances patient outcomes with precise fits, shorter workflows, and exceptional long-term comfort.

3D Printing Industry Awards 2024: CHITUBOX Dental, Medical, Dental, or Healthcare Application of the Year

by Medical

Xinfu Xie, Co-founder, and Chief Product Officer at Chitubox, provides more detail on dental 3D printing workflows with CHITUBOX Dental, a cutting-edge pre-processing software tailored specifically for the dental industry. Supporting over 160 models of light-curing 3D printers, the software streamlines complex processes with one-click automation for common dental applications, significantly enhancing efficiency and precision. Designed to address critical challenges in cost, accessibility, and accuracy, CHITUBOX Dental enables clinics and factories to produce high-quality dental models using consumer-grade printers, reducing expenses while improving patient outcomes. Backed by years of expertise in light-curing technology and collaborations with dental professionals, Xie and his team are driving a new era of efficiency and precision in digital dentistry.

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3D Printing Industry Awards Innovation of the Year nominee Skyphos Industries

by Medical

Skyphos Industries, led by CEO & CTO Elliot McAllister, is redefining the 3D printing landscape with its Manufacturing-as-a-Service (MaaS) model tailored to the micro-DLP (µ3DLP) market. By vertically integrating printer development, material fabrication, and software innovation, Skyphos offers a seamless solution for producing high-tolerance microfluidic (µF) and Lab-on-a-Chip (LOC) devices. Unlike traditional lithography or mold-based methods, Skyphos bridges the gap between prototyping and scalable manufacturing with technologies such as patented adjustable pixel range (5–20 µm), dynamic layer-height control, and multi-wavelength curing. These innovations enable precision at speed, allowing for enclosed channels as small as 20 µm and compatibility with engineering-grade resins.