03.19.2025
Prodways Machines, a global leader in industrial 3D printing solutions, proudly announces the launch of the DENTAL PRO Automated Line, an advanced automation system specifically developed for dental laboratories and aligner manufacturers. By integrating high-precision 3D printing with automated platform loading and unloading, this high-efficiency solution ensures continuous production, minimal human intervention, and maximized output.
Building on the success of the Dental Pro 3D Printer Range, the DENTAL PRO Automated Line boosts productivity by automating platform loading and print job management. At the heart of this solution is the DENTAL PRO 3D Printer, featuring Prodways’ MOVINGLight DLP technology for fast, precise, and high-volume dental production. By integrating automated printing with intelligent platform handling, this system ensures non-stop production, maximizing output and optimizing workflow efficiency for dental laboratories of all sizes.
Key Benefits for Dental Laboratories
• Non-Stop Production – Automated job queuing and material loading eliminate downtime.
• Optimized Labor Costs – Reduces manual intervention, freeing technicians for high-value tasks.
• Scalable & Modular System – Adapts to different lab sizes and production needs.
• Real-Time Monitoring & Remote Control.
Key Features of the Prodways Dental Pro Automated Lines
• Ultra-Precise Technology: 42μm per pixel, ensuring detailed, high-quality parts.
• Automatic Loader: Enables continuous production without operator intervention.
• Large Build Platform: Up to 300 x 445 mm, allowing batch production of multiple dental models.
• High-Speed 3D Printing: Prints up to 72 denture bases or 55 aligner models per platform.
“The Dental Pro Automated Lines represent a major leap forward in production efficiency for dental laboratories,” says Vincent Icart, CTO-COO of Prodways Machines. “By integrating advanced 3D printing with automated platform handling, we are eliminating bottlenecks and maximizing throughput, allowing labs to focus on precision, quality, and scalability rather than manual operations.”
