Technical Data
Bioceramic 3D printer
It adopts the filament free printing (FFP) technology to support printing of free proportioning composite ceramic paste
classification ：
Additive equipment
keywords：
Bioceramics,
FFP,
Normal atmospheric temperature,
Low temperature,
Heating,
Double nozzle,
Ration,
Good biocompatibility,
Customizable,
equipment ：
PCPrinterBR120
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Product Description
The Particle Cloud bioceramic 3D printer adopts the filament free printing (FFP) technology, which can accurately customize structurally biomimetic artificial bone with biodegradable physicochemical properties based on parameters like size, shape and internal void of bone defects of clinic patients. It is widely applicable to bone tissue regeneration, soft tissue biological structures, drug controlled release and other materials, and provides new research tools for researchers in the fields of life science, material science, tissue engineering and drug development.
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Model |
PCBR12002 |
PCBR12002-D |
PCBR12002-H |
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Technology type |
Filament free printing (FFP), supporting the freely proportioned composite printing paste |
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Number of nozzles |
Single nozzle |
Double nozzles |
Single nozzle |
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Environmental control |
Normal temperature, low temperature |
Normal temperature, low temperature |
Heating |
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Slurry viscosity |
400000 centipoise |
300000 centipoise |
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Printing speed |
0.01～0.1ml/s |
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Nozzle movement accuracy |
0.02mm |
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Extrusion precision |
0.005ml |
0.01ml |
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Print size |
120×120×100mm |
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Software |
Pclab-v10 bionic shape and pore structure software algorithm support |
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Biocompatibility |
Good biocompatibility, meeting the needs of in vitro and in vivo experiments |
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Overall dimension |
600×460×535mm |
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Weight |
30kg |
35kg |
35kg |
Applicable materials
◆ bone tissue regeneration materials: hydroxyapatite, tricalcium phosphate, nacre
◆ soft tissue biological structure materials: gelatin, collagen, agar, fibrin, alginate, chitosan
◆ drug controlled release materials: PCL, PLGA, PLA, sodium starch glycolate
Supporting biomedical ceramic materials
◆ material type: HAP, β-TCP, 3Y-TZP, composite bioceramics, etc
◆ appearance: white powder
◆ purity: ≥ 99%
◆ morphology: amorphous, spherical, fibrous
◆ average particle size: 300nm~20μm, customizable
◆ cytotoxicity test: relative survival rate of 100% concentration group of extract ≥ 80%
◆ good biocompatibility and bone induction ability
Printing test cases
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