Compact & Space-Saving
Integrated Printing & Curing
10-Minute Fast Printing
2× Screen Lifespan
Compact & Space-Saving
Designed for efficiency-focused clinics, PioNext Mini features a compact footprint of 200 × 170 × 241 mm. Its space-saving design integrates naturally into clinical environments, making it ideal for chairside workflows while preserving valuable workspace.
Fast Printing for Efficiency
PioNext Mini supports rapid production, enabling ceramic crown fabrication in as little as 10 minutes under standard conditions. Optimized exposure and smooth layer separation help shorten printing cycles, improve productivity, and streamline everyday clinical workflows.
Dual Wavelength for Material Flexibility
Supporting both 385 nm and 405 nm wavelengths, PioNext Mini adapts to a wide range of mainstream dental resins. Intelligent wavelength switching through PioCreat Box slicing software enhances material compatibility, improves print quality, and delivers reliable performance—giving users greater flexibility in material selection.
2× Screen Lifespan
Compared with traditional LCD screens, PioNext Mini adopts advanced amber screen technology that significantly reduces UV exposure to the display. This helps protect the screen from premature aging, extends its service life, and delivers more stable, reliable performance during long-term daily clinical use.
Why Choose Our Chairside Dental 3D Printer?
Easy-to-use
Intuitive touchscreen enables simple, straightforward operation, allowing easy control with minimal setup or training.
Dual Resin Vats
PioNext Mini comes standard with two resin vats offering versatility and consistent results across multiple applications.
Leveling-free
Leveling-free design uses four-point alignment, enabling instant printing without complex setup or extra learning.
Heated Chamber
The printing environment can up to 35°C for improved resin flow and smoother layers. This reduces visible layer lines and enhances print quality.
Application
Biocompatible Dental Resin Materials
A portfolio of state-of-the-art dental resins to create products characterized by their robustness, minimal shrinkage, strong biocompatibility, and resistance to wear.
