How Does an Intraoral Scanner Work?

An intraoral scanner uses optical and digital technology to capture 3D images of a patient's oral cavity. The handheld device projects a light source onto the teeth and soft tissues, which is then reflected back and captured by sensors. Specialized software processes this data to create a detailed digital 3D model in real-time, allowing dentists to analyze and design restorations without the need for traditional impressions.

What Makes SHINING 3D Dental Intraoral Scanners Special?

Shining 3D Dental intraoral scanners stand out due to their comprehensive product range, covering everything from entry-level models to the high-end Elite series, which is suitable for complex full-arch implant cases. This allows clinicians to choose solutions tailored to different clinical needs. Shining 3D Dental also offers a complete end-to-end digital workflow—including intraoral and facial scanners, design software, cloud-based design platforms, and 3D printers—ensuring seamless integration and efficiency. Backed by strong R&D capabilities, Shining 3D Dental continuously delivers software updates and robust customer support, keeping clinics at the forefront of digital dentistry.

How to Use An Intraoral Scanner?

To use an intraoral scanner, the dentist or technician gently inserts the scanner into the patient's mouth. The scanner is moved smoothly over the teeth and gums, capturing images in real-time. Proper technique involves steady hand movement, correct angulation, and ensuring full coverage of all surfaces. The scanned data is then processed into a 3D model for diagnostics, planning, or restoration design.

What Scanner is IPG Scanner?

Intraoral scanners offer enhanced comfort, speed, and accuracy compared to traditional impressions. They reduce patient discomfort, improve communication with labs, and enable digital workflows like CAD/CAM and 3D printing. Scanners also help in better diagnosis, treatment planning, and documentation. Overall, they streamline procedures, save time, and improve clinical outcomes.

What are the Clinical Applications of intraoral scanners?

Intraoral scanners are used in a variety of dental specialties. Common applications include orthodontics (for aligners and retainers), prosthodontics (crowns, bridges, inlays, veneers, etc), implantology (guide planning, full arch restorations, etc), and general dentistry (cavity detection, records, and oral health management). They also assist in digital smile design, monitoring wear or gingival changes, and facilitating patient education through visual models.

Why Use an Intraoral Scanner over a traditional impression?

Intraoral scanners can be categorized by technology and usage. Common types include confocal scanners, Structured Light scanners, and intraoral photogrammetry (IPG). Some are wired, others wireless; some focus on speed and full-arch scanning, while others are optimized for accuracy for all all-on-X implant cases or integration with CAD/CAM systems. Each type varies in resolution, ease of use, and clinical application.

Dental 3D Printers | LCD & DLP Solutions

SHINING 3D has built a comprehensive digital dentistry ecosystem covering the entire workflow, from scanning and design to printing, materials, and post-processing.

Through our self-developed 3D printing solutions and dental materials, combined with integrated software and post-processing solutions, we enable seamless workflow integration and provide users with a more complete and efficient digital dentistry experience.

With an open material system supporting various application materials, SHINING 3D delivers a cohesive ecosystem with greater application flexibility to meet the diverse needs of dental clinics and laboratories.

About Our Dental 3D Printer

PRINT YOUR DENTAL IDEAS

Flexible Solutions for Diverse Needs

A broad dental 3D printer portfolio with different configurations and performance levels supports various dental workflows.

Open Material Compatibility

Supporting a wide range of resin materials, the open material system provides greater flexibility in material selection for different applications.

Comprehensive Printing Technology Portfolio

Combining DLP and LCD technologies, the portfolio offers versatile printing needs, with Ceramix-Nano representing the compact DLP solution.

Integrated Digital Dentistry Ecosystem

A connected digital workflow integrating scanning, design, printing, materials, and post-processing supports efficient dental production.

DLP 3D Printing Technology

High-performance DLP 3D printing solutions designed to deliver exceptional accuracy, efficiency, and reliable results across diverse dental applications.

High Precision and Consistent Print Quality
Exceptional Detail and Surface Quality

AccuFab-F1

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Ceramix-Nano

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LCD 3D Printing Technology

Versatile LCD 3D printing solutions combining excellent detail reproduction and cost efficiency to support a wide range of dental applications.

Reliable Print Quality and Cost Efficiency
Efficient Printing for Diverse Applications

AccuFab-CEL

Experience Precision
AccuFab-Aris

Experience Precision

Post-Processing Solutions

Plug-in scanner delivering stable, fast, and reliable performance.

Stable wired connection
Consistent power supply
Fast, reliable scanning

Product	AccuFab-F1	Ceramix-Nano	AccuFab-CEL	AccuFab-Aris
Weight	23kg	2kg	22kg	8.5kg
Printer Size（L × W × H）	330x350x575mm	87×131x275.5mm	360x360x530mm	257x236x364mm
Layer Thickness	50-100μm (adjustable)	50-100μm (adjustable)	50-100μm (adjustable)	50-100μm (adjustable)
Connectivity	USB/Wi-Fi/Ethernet	USB/Wi-Fi	USB/Wi-Fi/Ethernet	USB/Wi-Fi/Ethernet
Wavelength	405nm	405nm	405nm	405nm
Principle	DLP	DLP	LCD	LCD
Chamber Temp/Humid Detection	✅	❌	✅	✅
Platform Heating	✅	❌	❌	✅
Platform Detection	✅	Capsule Detection	✅	✅
Resin Tank (NFC) Detection	✅	❌	✅	✅
Residue Detection	✅	❌	❌	✅
Crown Design - CreTemp	✅	✅	✅	✅
Splint Design - CreSplint	✅	✅	✅	✅
Model Design - AccuDesign	✅	✅	✅	✅
IBT Design - CreIBT	✅	✅	✅	✅

Print Every Clinical Need

From models to surgical guides, splints, dentures, and temporary restorations—one printer supports every stage of your digital workflow.

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AccuFab-F1

A Full Digital Workflow Using the Shining3D Elite IPG Scanner and AccuFab-F1 Printer

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FabCure N2

Why Choose FabCure N2 for 3D Printing Post-Curing?

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AccuFab-F1

Jaw motion function In MetiSmile-MR and IPG in the Elite:an All-on-X Immediate Loading Case Study

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What resin is used for dental 3D printing machines?

SHINING 3D offers a comprehensive range of dental printing resins, each developed to meet specific clinical and laboratory requirements.

Model Resins (DM03, DM12, RM11, DM01) are designed for producing accurate dental models for diagnosis, treatment planning, and laboratory workflows.

Orthodontic Model Resin (OD02) is developed for creating orthodontic models with high accuracy and detail reproduction.

Gingiva Mask Resin (GM12) enables the reproduction of soft gingival tissue on dental models, supporting implant and restorative workflows.

Splint Resins (SS01 and SH01) are designed for fabricating splints.

Surgical Guide Resins (SG01 and SG02) are developed for producing surgical guides for dental implant procedures.

Denture Base Resins (DT01, DT02, and DT20) are used for manufacturing denture bases.

Crown and Bridge Resins (CB11, CB12, and other related materials) are designed for temporary and restorative crown and bridge applications. CB11, with FDA Class II exemption, is also suitable for denture teeth applications.

Custom Tray Resin (TR01) is used for manufacturing customized impression trays.

Castable Wax Resin (DC12) is designed for producing castable patterns for dental casting workflows.

Try-In Resins (CX100 and TN11) are designed to support try-in workflows.

CX100 is developed for All-on-X try-in applications, supporting full-arch implant restoration workflows.

TN11 is designed for try-in applications for crowns, bridges, and impression trays.

SHINING 3D provides comprehensive resin solutions covering various dental applications, helping customers achieve a more efficient and convenient digital dentistry workflow. For more information about our dental resins, please contact your local sales representative.
Is resin for dental 3D printing safe in the mouth?

SHINING 3D develops dental 3D printing resins for a wide range of digital dentistry applications. For materials intended for intraoral use, rigorous biocompatibility evaluations and safety testing are conducted to support their specific intended applications. As not all dental 3D printing resins are designed for intraoral use, users should select the appropriate material according to the intended application and requirements.
Can one 3D dental printer use different dental resins?

Yes. SHINING 3D dental 3D printers support a wide range of resin materials, providing flexibility for different dental applications and workflows. In addition to SHINING 3D validated resin solutions, we also support compatible third-party resins, offering users greater material selection flexibility.

How long does dental 3D printed resin last?

The service life of dental 3D printing resins depends on the material type, intended application, and usage conditions. Different dental resins are designed to meet specific performance requirements, including temporary and long-term applications. For example, surgical guide resins are developed for specific temporary applications. Proper printing parameters, post-processing, and use according to the intended application help ensure reliable performance throughout the intended period of use. For more information about specific resin materials and their intended applications, please contact your local sales representative.
What can a 3D printer make for dental implant cases?

A dental 3D printer can produce a variety of components to support implant treatment workflows, from planning and evaluation to final restoration preparation. SHINING 3D solutions enable the production of implant-related applications, including accurate dental models for implant planning, gingiva mask models for soft tissue simulation, surgical guides, and try-in restorations for implant-supported cases such as All-on-X workflows. These applications help dental professionals improve treatment planning accuracy, optimize communication with patients, and streamline digital implant workflows.
Can you make dental implants with a 3D printer?

3D printing plays an important role in modern digital implant workflows, supporting various stages of implant treatment, from digital planning and design to restoration production. SHINING 3D provides a comprehensive digital dentistry solution covering the complete workflow from scanning and design to 3D printing and post-processing. The solution supports implant applications including surgical guides, gingiva mask models, and accurate dental models for implant planning and restoration, as well as advanced restoration workflows such as All-on-X try-in applications and same-day restoration workflows. By integrating digital technologies, hardware, software, and materials, SHINING 3D helps dental professionals achieve a more efficient and flexible implant workflow.

Dental 3D Printer