DLP Ceramic 3D Printer for Industry

  • 1

    Large printing area

    Maximum print size of 288 x 162 mm, meeting industrial large-format requirements.

  • 2

    High printing efficiency

    600 layers per hour (alumina), ensuring industrial printing efficiency.

  • 3

    High printing precision

    Optical precision up to 50μm, satisfying high-precision printing needs.

  • 4

    High material utilization

    Peristaltic filter feeding system significantly reduces the material required for each print.

Why Choose Our Ceramic 3D Printing Solutions

Precision Printing

Precision Printing

Achieve unparalleled accuracy in ceramic 3D printing for complex geometries and intricate designs.

Dental Printing

Dental Printing

Create precise dental restorations, implants, and prosthetics with advanced ceramic 3D printing.

Medical Ceramics

Medical Ceramics

Produce biocompatible ceramic components for medical implants and surgical tools.

High-Quality Materials

High-Quality Materials

Utilize advanced ceramic materials for durable and high-performance components.

Eco-Friendly

Eco-Friendly

Sustainable printing methods reduce waste and environmental impact.

Versatile Applications

Versatile Applications

From aerospace to medical, our technology supports diverse industry needs.

Product Introduction

Product Introduction

Large Dimensions

Large Dimensions

The maximum print size is 288 x 162 x 120 mm, supporting the integrated production of large ceramic components and the batch production of fine, small-sized samples. This capability meets production demands in aerospace, automotive manufacturing, and the 3C industry.

High Printing Efficiency

High Printing Efficiency

Printing efficiency of 600 layers per hour (using alumina as an example) significantly shortens the production cycle for ceramic parts, making it suitable for prototypes requiring rapid validation or iteration, as well as large-scale industrial applications.

High Printing Precision

High Printing Precision

With micron-level printing precision, it enables the precise manufacturing of complex geometric structures, suitable for high-precision component processing, such as precision molds, ensuring the stability and consistency of the final product quality.

Printing Case

For more case and model information, please contact us
Equipment TypeADT-3D-ZP-Printer-Pro-144-37.5ADT-3D-ZP-Printer-Pro-192-50ADT-3D-ZP-Printer-Pro-288-75
Equipment size985*610*1900mm985*610*1900mm1215*805*1980mm
Forming Space144*81*120mm192*108*120mm288*162*120mm
Optical precision37.5μm50μm75μm
Resolution ratio3840*2160
UV wavelength405nm
Print rate①600 layers/hour
Slurry Starting Volume②0.5L1L1.5L
Printable Materials Zirconia, Alumina, Silicon Carbide, Silicon Oxide, Hydroxyapatite, Barium Titanate, all photosensitive ceramic materials that can be UV curable, all kinds of photosensitive resin materials

① Printing Speed: Full-area printing speed for alumina slurry.

② Slurry Starting Volume: The volume of material required to print the 1mm thickness sample.

FAQ: 3D Ceramic Printer

This desktop ceramic 3D printing machine measures 605×510×850mm, making it highly suitable for compact laboratory environments, research institutes, and space-constrained production facilities.

The printer offers a build size of 96×54×90mm, which is ideal for producing high-resolution ceramic components, UV-curable microstructures, and functional ceramic prototypes with tight tolerances.

The system features a 1920×1080 DLP projection engine with an optical resolution of 50μm, allowing precise fabrication in advanced ceramic 3D printing workflows such as microfluidics, biomedical scaffolds, and dielectric components.

This DLP-based ceramic 3D printer operates at a UV light wavelength of 405nm, compatible with a wide range of light-sensitive ceramic slurries and photopolymer resins commonly used in high-performance ceramic fabrication.

Under full-exposure conditions, this lab-scale ceramic 3D printer can reach speeds up to 700 layers per hour, making it one of the most efficient compact systems for rapid ceramic prototyping and small-batch fabrication.

To print a 1mm-thick sample, an initial ceramic slurry volume of 250mL is needed. This supports cost-effective material use in experimental ceramic printing setups.

The ADT-3D-ZM-Ceramic-96-50 supports various UV-curable ceramic 3D printing materials, including alumina (Al₂O₃), zirconia (ZrO₂), silicon carbide (SiC), and custom ceramic-polymer composites, making it adaptable for a broad range of technical ceramics applications.

This model is ideal for academic research, biomedical device prototyping, electronic ceramics, and custom component production. It is a trusted choice among users seeking a high-resolution ceramic 3D printer for laboratory and R&D purposes.

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