Beyond-Imaginative 3D Ceramic Printing Technology
2019-11-26
Ceramic 3D printing: a ceramic world beyond imagination!
Imagination and creativity become reality!
3D Ceramic Printing Technology
Specialty ceramics, with their outstanding properties such as high wear resistance, corrosion resistance, high-temperature resistance, and oxidation resistance, are increasingly being adopted for advanced replacement applications across a wide range of industries, including chemical processing, metallurgy, and electronics. However, due to their exceptional hardness, specialty ceramics pose significant challenges in subsequent machining operations. Consequently, the key to promoting the broader application of specialty ceramics lies in developing methods that enable the one-step forming of complex-shaped components, thereby reducing post-machining costs.
3D ceramic printing technology The introduction of 3D printing technology, by fully leveraging and exploring its unique characteristics, enables the development of novel and distinctive ceramic products.
Working principle of 3D ceramic printing equipment: It uses common ceramic raw materials, such as medium-white clay, high-white clay, porcelain clay, and earthenware clay. Through a combined pneumatic–electric drive system, the water-containing ceramic slurry is fed into the 3D printer’s print head. Based on a pre-designed three-dimensional model, the ceramic material is freely formed in three dimensions, resulting in a rapid, clean manufacturing process that exhibits characteristics distinct from traditional techniques.
Product Features:
Zero 3D Modeling: Design and create a 3D model based on the shape required to meet the product’s performance specifications. (No molds required.)
Zero Wide material compatibility: Suitable for various porcelain clays, earthenware clays, and industrial ceramic slip materials that exhibit a certain degree of plasticity.
Zero Printing speed: Can reach over 120 mm/s, representing a significant increase compared with polymer material printing.
Zero Post-processing of the product: Consistent with conventional industry post-processing procedures, enabling seamless integration.
Zero Product Performance: After sintering, 3D-printed parts exhibit approximately 30% shrinkage; the resulting sintered parts achieve strength levels comparable to those obtained through conventional ceramic forming processes.
Zero Space Requirements: The equipment is compact, occupies a small footprint, and is simple to operate and easy to learn.
Zero Equipment investment: The capital required for 3D-printed ceramic equipment is relatively low, representing a difference of several orders of magnitude compared with that for high-precision 3D-printed ceramic equipment.
Application areas:
Aerospace components
Automotive engine parts
Chemical reactor
Electronic ceramic devices
Medical field
Artistic Ceramics Field
The field of everyday ceramics
High-end custom ceramic products
| Ceramics 3D Printer I type |
|
| Rated voltage |
100~250V |
| Rated frequency |
50Hz |
| Host power |
120W |
| Host external dimensions |
283*258*468 |
| Host net weight |
4.5KG |
| Nozzle diameter |
1mm, 1.5mm, 2mm, 3mm |
| Feed tank capacity |
3L |
| Molding dimensions |
Φ150*145mm |
| Molding speed |
20–120 mm/s |
| Use raw materials |
General pottery clay and various ceramic cementitious materials |
| Operation Method |
Online and offline printing via LCD screen |
| Supported file formats |
STL/OBJ/AMF |
| Ceramics 3D Printer II type |
|
| Rated voltage of the host |
100-250V |
| Rated power of the host |
250W |
| Host packaging dimensions |
450*410*750mm |
| Host dimensions |
410*370*700mm |
| Host net weight |
13KG |
| Storage tank capacity |
5L |
| Printhead diameter |
0.5mm, 1mm, 1.5mm, 2mm, 3mm |
| Molding dimensions |
Φ260*240mm |
| Print speed |
20-130mm/s |
| Use raw materials |
General pottery clay and various ceramic cementitious materials |
| Operation Method |
TFT touch screen offline printing and online printing |
| Offline Printing |
SD card/USB flash drive |
| Supported file formats |
STL/OBJ/AMF |
| Operating ambient temperature |
10–30°C |
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