SHASHIN KAGAKU SZ-2500 Laser 3D Printer for Ceramics
Laser-type ceramic 3D printer with a 250 × 250 × 250 mm build area, 50–300 µm variable laser spot, and 1000 mW output for R&D and small-lot production.
Expanded Build Area for Ceramic R&D and Small-Lot Production
The SHASHIN KAGAKU SZ-2500 is a laser-type ceramic 3D printer designed for applications ranging from microfabrication to medium-size ceramic parts and small-lot production.
The variable laser spot diameter of 50 to 300 µm supports both fine processing and efficient drawing, while the 250 × 250 × 250 mm build area enables larger parts or simultaneous production of multiple smaller components.
250 × 250 × 250 mm
Expanded 3D printing area
50–300 µm Spot
Variable laser spot diameter
1000 mW Output
Laser output for ceramic stereolithography
Small-Lot Production
Supports R&D through low-volume manufacturing
Expanded 250 × 250 mm Build Area
The expanded printing area supports medium-size ceramic parts and simultaneous production of multiple smaller components.
50–300 µm Variable Laser Spot
The adjustable laser spot diameter supports fine processing while improving drawing efficiency for larger structures.
Microfabrication to Medium-Size Shaping
The SZ-2500 is designed to cover applications ranging from detailed ceramic structures to medium-size 3D printed parts.
R&D Through Small-Lot Production
The system is positioned for ceramic research and development as well as small-lot manufacturing applications.
50–200 µm Layer Pitch
The specified layer pitch range provides flexibility for ceramic stereolithography applications.
1000 mW Laser Output
The SZ-2500 is equipped with 1000 mW output for its laser-based ceramic 3D printing process.
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-2500 |
|---|---|
| Model Positioning | Productivity / 3D Printing Area Expanded Model |
| 3D Printing Area | 250 × 250 × H250 mm |
| Layer Pitch | 50–200 µm |
| Spot Diameter | Φ50–300 µm |
| Output Power | 1000 mW |
| Equipment Size | 1600 × 1850 × H1950 mm |
| Power Supply | Single-phase 100 V AC, 1.5 kVA |
