Shining 3D dental ACCUFAB-F1

AccuFab-F1 – High-Performance Dental 3D Printer

The AccuFab-F1 by SHINING 3D Dental is a next-generation dental 3D printer engineered to meet the demands of modern dental clinics and laboratories. Combining high speed, exceptional accuracy, and outstanding reliability, it delivers consistent, high-quality prints for a fully digital dental workflow.

Featuring an advanced optical system and an innovative dual-heating technology for both the build platform and resin tank, the AccuFab-F1 ensures stable printing performance, even with high-viscosity and ceramic-filled resins. Its intelligent software and AI-assisted printing optimization simplify the printing process while maximizing success rates.

Designed for a wide range of dental applications, the AccuFab-F1 enables fast and precise production of dental models, surgical guides, splints, denture bases, temporary restorations, and All-on-X prosthetics, helping dental professionals improve productivity and reduce turnaround times.

Key Features

- High printing accuracy of up to ±25 μm

- Fast printing speed of up to 150 mm/h

- Dual heating system for reliable printing with high-viscosity resins

- Open material system compatible with a wide range of dental resins

- AI-assisted print optimization for improved workflow efficiency

- User-friendly touchscreen interface

- Seamless integration with SHINING 3D intraoral scanners and AccuWare software

- Compatible with automated washing and curing units for a complete digital workflow

Applications

- Dental models

- Surgical guides

- Occlusal splints

- Denture bases

- Temporary crowns and bridges

- All-on-X prosthetics

- Clear aligner models

- Transparent dental applications

Why Choose the AccuFab-F1?

The AccuFab-F1 is the ideal solution for dental professionals seeking a powerful, reliable, and easy-to-use 3D printing system. Its combination of speed, precision, and intelligent workflow optimization enables clinics and laboratories to produce high-quality dental restorations efficiently while reducing production time and operating costs.