SHASHIN KAGAKU SZ-800 DLP 3D Printer for Ceramics
Standard-model DLP ceramic 3D printer with one-shot exposure, selectable 365/405 nm wavelengths, 35 µm dot resolution, and an 80 × 55 × 50 mm build area for R&D.
Compact DLP Ceramic 3D Printer for Research and Development
The SHASHIN KAGAKU SZ-800 is a standard-model DLP ceramic 3D printer developed for easy operation and quick, precise ceramic modeling in research and development applications.
DLP one-shot exposure enables efficient layer formation, while selectable 365 nm and 405 nm wavelengths provide flexibility for different material requirements.
DLP Exposure
Quick one-shot exposure for ceramic 3D printing
365 / 405 nm
Selectable exposure wavelength
35 µm Dot
Specified 3D printing resolution
80 × 55 × 50 mm
Compact R&D printing area
DLP One-Shot Exposure
The SZ-800 uses DLP one-shot exposure to provide quick and precise ceramic 3D printing for research and development applications.
Selectable 365 nm / 405 nm Wavelength
Users can select 365 nm or 405 nm to provide greater flexibility when working with different material requirements.
35 µm Dot Resolution
The specified 35 µm dot resolution supports precise ceramic structure development.
Designed for R&D
The SZ-800 is positioned as the standard ceramic DLP model for research and development use.
10–200 µm Layer Pitch
The layer pitch can be selected within a range of 10 to 200 µm according to printing requirements.
Compact Printing Platform
An 80 × 55 × H50 mm printing area provides a compact platform for ceramic material and structure development.
Electric & Electronic Parts
Ceramic structures for circuit patterns, heat dissipation parts, antennas, sensor holders, flow passages, and functional electronic components.
Biological & Medical Systems
Ceramic 3D printing for applications including crowns and implants, artificial bones, cell culture base materials, filters, and insulating components.
Energy & Environmental Systems
Complex ceramic structures for filters, CO₂ absorption filters, small fuel cells, catalysts, and internal flow-passage applications.
Mechanical & Heat Dissipation Parts
Prototype and small-lot ceramic components including heat-resistant parts, mechanical structures, sintering setters, turbines, and heat dissipation components.
Biomimetic Structures
Complex ceramic geometries inspired by biological structures for lightweight, high-strength, non-reflective, curved, and flow-control applications.
Custom & One-of-a-Kind Parts
Custom ceramic structures, filters, integral objects, moving structures, accessories, and other designs that benefit from additive manufacturing freedom.
| Model | SZ-800 |
|---|---|
| Model Positioning | Standard Model |
| Printing Method | DLP |
| 3D Printing Area | 80 × 55 × H50 mm |
| Layer Pitch | 10–200 µm |
| 3D Printing Resolution | Dot 35 µm |
| Selectable Wavelength | 365 nm / 405 nm |
| Equipment Size | 800 × 900 × H1700 mm |
| Power Supply | Single-phase 200 V AC, 2 A |
