Breakthrough in 3D Printing Enables 45-Minute Dental Crown

Oct 10, 2025

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A recent publication in BDJ In Practice has highlighted a revolutionary advancement in dental 3D printing that is set to redefine restorative dentistry. The SprintRay Midas 3D printer, utilizing patented Digital Press Stereolithography (DPS) technology, can now produce a single dental crown in just 10 minutes, with the entire restoration process-from printing to final placement-completed in about 45 minutes. This innovation makes same-day dentistry a more accessible and practical option for clinics worldwide.

 

This technology addresses key industry challenges, offering a combination of high precision, with reported accuracy under 0.1mm, and significant cost-effectiveness. By streamlining the workflow, it eliminates the need for multiple patient visits and reduces laboratory backlogs, enhancing service delivery for dental practices and their patients.

 

Staying at the forefront of such digital innovation is a core commitment for Shenzhen Best Dental Lab, a leading dental lab in China. We actively monitor and integrate these global technological trends to ensure our international partners benefit from the latest efficiencies.

 

"As a modern dental lab in China serving a global clientele, we are excited by the potential of such breakthroughs," said a spokesperson for Shenzhen Best Dental Lab. "This new standard of efficiency aligns perfectly with our mission to provide dentists worldwide with high-quality, precision-crafted restorations delivered with competitive turnaround times. It reinforces our capability to support same-day dentistry protocols for our partners."

 

About Shenzhen Best Dental Lab:
Shenzhen Best Dental Lab is a premium dental laboratory based in Shenzhen, China, specializing in high-quality dental restorations for international clients. Combining advanced digital technology with skilled craftsmanship, the lab offers a comprehensive range of services, including crowns, bridges, dentures, and implant-supported prosthetics.