Shining 3D Dental

Shining 3D Ceramix-Nano 3D Printer

Capsule 3D printing workflow for same-day chairside restorations.

$5,999.00

Product details

WorkflowChairside capsule printing

Designed around scan, AI design, print, and cure for permanent restorations.

Material pathLumiCera CB200

Capsule resin workflow with shade selection for additional boxes.

ApplicationsCrowns, veneers, inlays, onlays

Also supports bridge workflows up to 3 units with validated material planning.

SupportDentcore configuration help

We can review printer, curing kit, shade planning, training, and launch needs.

Build package

Items are added as real Shopify SKUs, so order history and margin stay clean.

Ceramix-Nano 3D PrinterIncluded: printer, one A2 LumiCera CB200 box of 3 capsules, and 50 AI Crown Design credits.
$5,999.00

Add LumiCera CB200 boxes

Select a shade and add extra LumiCera CB200 capsule boxes. Each box contains 3 capsules. The printer package already includes one A2 starter box.

LumiCera CB200 box with three capsules
Set to 0 if no extra LumiCera boxes are needed.
Ready to order $5,999.00

Ceramix-Nano printer / no extra add-ons

Authorized Dentcore Support

Need help choosing the right configuration?

Our team can help review printer setup, curing kit, shade planning, design credits, and training before you order.

Product description and downloads

Shining 3D Ceramix-Nano is a compact capsule 3D printer with integrated curing for chairside permanent-restoration workflows. The system is designed to connect intraoral scanning, cloud-based design, capsule loading, printing, curing, and final delivery without requiring a conventional open-vat resin workflow.

See Ceramix-Nano 3D Printer in action

Review the product workflow, form factor, and key operating details before choosing a configuration.

View manufacturer product information

The hardware weighs approximately 2 kg and measures 87 x 131 x 276 mm. Its small footprint is paired with Shining 3D's APS (Adaptive Pneumatic Stereolithography) process, which manages the high-viscosity, ceramic-filled capsule material used for this workflow.

Chairside workflow

Shining 3D positions Ceramix-Nano as part of a scan-to-restoration system rather than as a stand-alone printer. A typical workflow moves through four stages:

  1. Scan: capture the prepared tooth with a compatible intraoral scanner.
  2. Design: review and refine a crown proposal through SHINING FLOW and the available cloud design tools.
  3. Print and cure: scan the capsule, load it into Ceramix-Nano, print the restoration, and use the integrated curing drawer.
  4. Finish and deliver: complete the material-specific finishing and clinical delivery steps.

According to Shining 3D's published product information, typical single-crown printing is 8–11 minutes and on-machine curing is 3 minutes. Actual total chairside time depends on scanning, design review, finishing, material, indication, and the individual case.

Applications and material planning

The published application range includes crowns, veneers, inlays, onlays, and bridges up to three units. Ceramix-Nano uses the LumiCera capsule workflow, with pre-measured material and capsule identification supporting printer setup. Shining 3D lists five VITA shades for LumiCera: BL, A1, A2, B1, and C2.

Because this is a complete restorative workflow, buyers should confirm indication, shade demand, design access, finishing protocol, training, and recurring material requirements before ordering. Dentcore can help map those requirements to the correct launch configuration.

Key specifications

Technology APS (Adaptive Pneumatic Stereolithography), DLP optical engine
Wavelength 405 nm
XY resolution 50 microns
Typical print cycle 8–11 minutes for a single crown
Integrated curing 3-minute published on-machine curing cycle
Dimensions and weight 87 x 131 x 276 mm; approximately 2 kg

Explore the Ceramix-Nano system

Download the official Ceramix-Nano brochure

Product indications, specifications, material availability, software services, and workflow requirements may change. Confirm the current manufacturer documentation and case requirements before clinical use.

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