DMKLaser Industrial3D Ceramic Printers
Product Description
Our 3D Ceramic Printers, the CeraBuilder 60S and CeraBuilder 160Pro, offer top-tier performance for diverse applications. With precision ceramic printing capabilities, they are perfect for high-end manufacturing, medical, cultural, and small batch production needs.
CeraBuilder 60S |
CeraBuilder 160Pro |
Key Features
- Dual Wavelength Technology: Both models feature dual wavelengths of 355nm and 405nm (optional for the CeraBuilder 160Pro), ensuring high precision and quality in ceramic material processing.
- Precision and Accuracy: Both models achieve a precision of ±0.05mm, with customized material options ensuring optimal results.
- Versatile Printing Capabilities: From 20 to 150 microns for layer thickness and up to 500 layers/hour for printing speed, these printers are designed for efficiency in high-demand environments.
Product Parameters
Model | CeraBuilder 60S | CeraBuilder 160Pro |
Printing Area | 60mm x 80mm | 160mm x 150mm |
Laser Power | 400mW | 3W/5W |
Precision | ±0.05mm (material dependent) | ±0.05mm (material dependent) |
Printing Speed | ≤500 layers/hour | ≤400 layers/hour |
External Dimensions | 530mm x 620mm x 1300mm | 1150mm x 900mm x 1750mm |
Weight | ~140kg | ~750kg |
Power Requirements | 220V/50Hz | 220V/50Hz |
Max Machine Power | ≤1.5KW | 2.0KW |
Applications
- High-End Manufacturing: Ceramic cores, mufflers, ceramic nozzles, and more.
- Biomedical: Ceramic teeth, spinal fusion devices, prosthetics, and medical implants.
- Cultural Creations: Custom ceramic statues, Feng Shui items (like Pixiu), Guan Yin figures, vases, and intricate designs.
- Small Batch Production: Ceramic structural parts, lattice components, earrings, scaffolds, bushings, and electrode casings.
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Materials & Customization:
Our printers are compatible with a wide range of ceramic materials, including:
- Silicon Nitride
- Glass Ceramics
- Metal Slag
- Silicon Carbide
- Silica
- Kaolin Clay
Additionally, we provide custom formulation services, including material recipe development, printing process optimization, and post-processing techniques.