product description
DLP Ceramic 3D Printer For Laboratory Features:
1.Handles high-viscosity materials: A precision-controlled scraper delivers consistent layer smoothing, enabling reliable printing with dense, high-viscosity ceramic pastes.
2.Reduced material consumption: The dual-cylinder hopper design allows printing to begin with as little as 80 mL of slurry, minimizing material usage.
3.Superior optical accuracy: Equipped with a 1080P UV projection system featuring ≤0.1% optical distortion, the printer achieves an optical resolution of up to 25 μm.
4.Enhanced print success rate: The vertical sinking build mechanism prevents layer “peeling” or separation, significantly improving overall printing reliability.
| Equipment Name | DLP Ceramic 3D Printer – Lab Model | |
| Model | ADT-3D-ZP-Printer-67-35 | ADT-3D-ZP-Printer-96-50 |
| Machine Size | 835 × 640 × 1895 mm | |
| Build Volume | 67 × 37.5 × 90 mm | 96 × 54 × 90 mm |
| Pixel Size | 35 μm | 50 μm |
| Surface Light Power | 90 mW/cm² | 60 mW/cm² |
| Printing Technology | DLP (Digital Light Processing) | |
| Resolution | 1920 × 1080 | |
| UV Wavelength | 405 nm | |
| Recommended Layer Thickness | 2 μm | |
| Minimum Slurry Volume | 80 mL | |
| Print Speed | ≥ 600 layers/hour | |
| Material Feeding | Dual Tank System | |
| File Format | STL | |
| Forming Method | Vertical Sinking | |
DLP Ceramic 3D Printer For Laboratory Product Introduction
1.High Material Compatibility
The DLP Ceramic 3D Printer for Laboratory use is engineered to process a broad spectrum of high-viscosity, paste-type ceramic slurries, making it well-suited for cutting-edge research and novel material exploration. It has been validated with high–solid-loading materials such as Al₂O₃, ZrO₂, SiC, and piezoelectric ceramics including BaTiO₃ and Pb(ZrTi)O₃, as well as biomedical ceramics like HAP and TCP. In addition, the system is compatible with custom-formulated ceramic slurries, offering exceptional flexibility and adaptability for diverse laboratory needs.
2.Saving Printing Materials
The DLP Ceramic 3D Printer utilizes a dual-cylinder hopper with an independent feed-and-return system. This design enables adaptive material dosing according to the build height, allowing printing to begin with as little as 80 mL of slurry. As a result, material consumption and R&D expenses are greatly reduced, making the system highly efficient for laboratory use.
3.High Printing Accuracy
The DLP Ceramic 3D Printer is equipped with a high-accuracy UV projection system featuring ≤0.1% optical distortion at a 405 nm wavelength. With its vertically adjustable configuration, the light engine delivers optical precision reaching 25 μm. Positioned above the build area, it avoids image degradation that can occur when light traverses the release film and support glass, ensuring consistently sharp and clear projection quality.
DLP Ceramic 3D Printer For Laboratory Project Cases
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