Ceramic 3D Printers

DLP, DIW and SLA ceramic 3D printing equipment for research and production.

DLP Ceramic 3D Printer-Standard

Key Features

Ultra-fast: 700 layers per hour (alumina), accelerating R&D and production.
High printing success rate: Upright sinking forming method and peristaltic filter feeding system.
Multi-material compatibility: Capable of printing various ceramic materials to meet diverse research needs.
Simplified printing process: Built-in material process parameter package for one-click printing.
Comprehensive software features: Includes photo, video, and algorithm correction functions.

DLP Ceramic 3D Printer For Laboratory

Key Features

High viscosity compatibility: Precision scraper ensures smooth leveling, accommodating high-viscosity ceramic materials.
Material savings: Dual-cylinder hopper structure requires only 80mL to start printing.
High optical precision: 1080P UV light source, with optical distortion ≤0.1%, achieving optical precision up to 25μm.
High printing success rate: Upright sinking forming method effectively prevents "pulling," ensuring a higher success rate.

DLP Ceramic 3D Printer for Industry

Key Features

Large printing area: Maximum print size of 288 x 162 mm, meeting industrial large-format requirements.
High printing efficiency: 600 layers per hour (alumina), ensuring industrial printing efficiency.
High printing precision: Optical precision up to 50μm, satisfying high-precision printing needs.
High material utilization: Peristaltic filter feeding system significantly reduces the material required for each print.

DLP Ceramic 3D Printing Equipment

Key Features

1080P UV light source: Optical distortion ≤1% and optical precision as low as 50μm.
Low start-up volume: The device requires only 20mL to start printing, saving R&D costs.
Secondary fine leveling: The platform features screws and compression springs for secondary fine leveling, enhancing printing accuracy and success rate.
8x anti-aliasing: Supports 8x anti-aliasing functionality, effectively reducing edge jaggedness.
High-viscosity compatibility: Precision scraper ensures smooth leveling, compatible with various high-viscosity ceramic photopolymer slurries.

Direct Writing 3D Printer Starter Version

Key Features

Intelligent 3D/4D Print Path Planning: Self-developed "ADT-Slicer" and "CAD-Slicer" software for easy implementation of 3D and 4D printing.
High Precision: High repeatability and motion resolution.
Flexible Print Control: Supports instant material start/stop with adjustable print speeds from 25% to 300%.
Multi-Material and Multi-Model Printing: Dual nozzle and precise control system enable single model-multiple materials and multiple models-multiple materials printing.
Custom Options: Supports base heating, extruder heating, and nozzle photocuring features.

Direct Writing 3D Printer Standard Version

Key Features

Classic Printing Technology: Utilizes internationally recognized moldless Direct Ink Writing (DIW) technology.
Intelligent 3D/4D Print Path Planning: Self-developed "ADT-Slicer" and "CAD-Slicer" software for easy 3D and 4D printing.
Higher Precision: Improved repeatability and motion resolution.
Large Print Size: Maximum dimensions of 150 x 150 x 150 mm, enabling large sample printing.
Wide Material Compatibility: Compatible with ceramics, biomaterials, silicone, etc., making it a powerful tool for material research.

Direct Writing 3D Printer Plus Version

Key Features

Intelligent 3D/4D Print Path Planning: Self-developed "ADT-Slicer" and "CAD-Slicer" software for easy 3D and 4D printing.
Multi-Material Printing: Four nozzles enable the use of more materials for printing and research.
More Custom Options: Choose from various print head types, CCD panoramic cameras, UV sterilization, and filtration systems for tailored configurations.

SLA Ceramic 3D Printer

Key Features

The laser beam gradually forms robust ceramic prototypes or finished products by creating points into lines and lines into surfaces.
Provides exceptional surface finish and dimensional stability.
Suitable for high-end manufacturing, medical devices, art creation, and research experiments.

News & Insights

Print Case

DLP Ceramic 3D Printing of Alumina Pharmaceutical Bottles: A Technical Case Study

Print Case

High-Precision Alumina Ceramic Molds Manufactured via DLP 3D Printing Technology

Print Case

DLP 3D-Printed Ceramic Microfluidic Structures: Why Traditional Manufacturing Falls Short

Contact

Get in Touch

Ready to explore ceramic 3D printing? Our team is here to help you choose the right equipment and materials.

Phone +86 16675199919
Miss Liu Email liuchunmei1@adt-qy.com

Address Shenzhen: Room 120, Park 1, Overseas Students Pioneer Park, Longgang District
Foshan: 304-1, Building A, No. 92, Yanbu Sui Yanxi Road, Dali Town, Nanhai District

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