Total sacrectomy is among the most complex procedures in orthopedic oncology, demanding extreme anatomical precision and careful preoperative planning. This article examines how patient-specific 3D-printed sacral models improve surgical accuracy, enhance spatial understanding, and support safer, more predictable outcomes in high-risk reconstructive spine surgery
Researchers 3D Print Micrometer-Scale Structures Inside Living Cells
Researchers have developed a laser-based technique to 3D print micrometer-scale structures directly inside living cells, enabling intracellular fabrication without disrupting cellular function or division.
Advanced 3D Food Printing
The global 3D food printing market is accelerating from early-stage commercialization toward scalable adoption, fueled by personalized nutrition, sustainability goals, and advances in digital food manufacturing. Valued at US$320.0 million in 2025, the market is projected to reach US$1,604.5 million by 2032 at a CAGR of 25.9%.
A Chocolate 3D Printer at CES 2026 Shows How Additive Manufacturing Is Entering Retail
A chocolate 3D printer unveiled at CES 2026 shows how additive manufacturing is moving beyond factories and labs into public, interactive spaces. By printing custom chocolate designs live in front of customers, the machine turns a simple purchase into a shared experience—where robotics, food, and entertainment converge in real time.
FUGO Precision 3D and Graphy Dental 3D Printing
FUGO Precision 3D’s partnership with Graphy combines centrifugal 3D printing and clinically validated biocompatible resins to dramatically reduce dental post-processing labor and accelerate production-ready workflows.
From Pipes to Plants: 3D Printing and Water Infrastructure
Aging pipelines, rising demand, and sustainability pressures are pushing water infrastructure to a breaking point. This article explores how 3D printing is enabling smarter, faster, and more resilient water systems through precision manufacturing, on-demand repairs, and sustainable design.
