Meet the SHINING 3D Ceramix-Nano: A New Chapter in Chairside Restorative Dentistry

For years, dentists interested in same-day ceramic restorations have largely relied on one manufacturing method: chairside milling.

While 3D printing has transformed the production of surgical guides, models, night guards, dentures, and temporary restorations, permanent ceramic restorations have remained one of the final frontiers of digital dentistry.

The introduction of the SHINING 3D Ceramix-Nano represents an exciting step forward. This compact, capsule-based chairside printer is designed specifically for producing permanent ceramic restorations in a streamlined digital workflow, giving practices a new manufacturing option alongside traditional CAD/CAM milling.

At Voxel Dental, we're always evaluating technologies that have the potential to simplify digital workflows and improve the patient experience. The SHINING3D Ceramix-Nano is one of the most innovative product launches we've seen in restorative dentistry—and one that deserves a closer look.

A Different Approach to Chairside Restorations

Rather than adapting a traditional resin printer for restorative applications, the Ceramix-Nano was engineered specifically for permanent ceramic restorations.

The system is designed to produce:

• Single-unit crowns
• Veneers
• Inlays
• Onlays
• Three-unit bridges (within supported indications)

Unlike conventional desktop printers that often require separate post-curing equipment and additional workspace, the Ceramix-Nano integrates both printing and curing into a remarkably compact device weighing just 2 kg. With a footprint smaller than a shoebox, it's designed to fit comfortably in virtually any clinical environment.

The Power of Capsule-Based Printing

One of the Ceramix-Nano's most distinctive innovations is its capsule-based material system.

Instead of manually pouring, filtering, or storing printing materials, clinicians simply insert a pre-filled capsule. After scanning the capsule's QR code, the printer automatically recognizes the material, configures the print parameters, prepares the material, and begins the printing process. A single capsule can produce up to three restorations, helping simplify handling while reducing cleanup and material waste.

For many practices, this approach lowers one of the biggest barriers to adopting chairside 3D printing: operational complexity.

Built for Permanent Ceramic Restorations

Printing ceramic-filled materials presents unique engineering challenges. Their higher viscosity makes them much more difficult to process than conventional dental resins.

To address this, SHINING 3D developed its patented Adaptive Pneumatic Stereolithography (APS) technology. Rather than relying on a traditional peel mechanism, APS continuously adjusts the separation force between layers during printing, helping maintain print quality while working with ceramic-filled materials.

The result is a workflow capable of producing highly aesthetic permanent restorations with impressive speed.

According to SHINING 3D, a single crown can be printed in approximately 8–11 minutes, followed by about 3 minutes of integrated curing. Combined with AI-assisted design, the complete scan-to-restoration workflow can be completed in as little as 30 minutes for appropriate cases.

Designed Around a Digital Workflow

The Ceramix-Nano isn't intended to function as a standalone printer.

It's part of SHINING 3D's broader digital ecosystem, integrating intraoral scanning, AI-assisted crown design, cloud-based workflow management, and manufacturing into a unified process. Files move seamlessly from scan to design to print without requiring users to jump between multiple software platforms.

For practices already embracing digital dentistry, that level of integration can reduce friction and help teams work more efficiently.

Does This Replace Chairside Milling?

Not necessarily.

Chairside milling remains an outstanding solution for many restorative workflows and has a long history of predictable clinical outcomes.

What makes the Ceramix-Nano exciting isn't that it replaces milling—it's that it expands the available options.

Practices can now evaluate additive manufacturing alongside subtractive manufacturing and determine which approach best fits their clinical goals, workflow preferences, and patient needs.

As digital dentistry continues to evolve, it's likely that many practices will incorporate multiple manufacturing technologies rather than relying on a single solution.

Who Should Be Paying Attention?

The Ceramix-Nano is particularly compelling for practices that are already committed to digital dentistry or looking to expand their same-day restorative capabilities.

It may be a strong fit for:

• General dentists providing same-day restorations
• High-volume restorative practices
• Early adopters of digital workflows
• Practices already using intraoral scanners
• Clinicians looking to reduce laboratory dependence
• Offices exploring new chairside manufacturing technologies

While every practice has unique clinical and operational needs, the Ceramix-Nano introduces a new category of compact, integrated restorative manufacturing that deserves consideration.

Bringing the Future of Chairside Dentistry Closer

Digital dentistry continues to evolve at an incredible pace.

From intraoral scanning and AI-assisted design to advanced manufacturing technologies, clinicians now have more tools than ever to improve efficiency while enhancing the patient experience.

The SHINING 3D Ceramix-Nano is one of the newest additions to that digital ecosystem. By combining AI-assisted workflows, capsule-based material handling, integrated curing, and ceramic restoration printing in an ultra-compact form factor, it offers a fresh perspective on what's possible in same-day restorative dentistry.

At Voxel Dental, we're excited to help practices evaluate emerging technologies like the Ceramix-Nano and determine how they fit into a complete digital workflow. Whether you're exploring chairside manufacturing for the first time or expanding an existing CAD/CAM system, our team can help you build a solution that supports your clinical goals today—and prepares your practice for tomorrow.