Features
Biological 3D printer
It adopts the filament free printing (FFP) technology to accurately control the three-dimensional molding of a variety of biological materials and active cells
classification ：
Additive equipment
keywords：
Cells,
Gel,
Ceramics,
FFP,
Normal atmospheric temperature,
Low temperature,
Heating,
Multi nozzle,
Ration,
Good biocompatibility,
Customizable,
equipment ：
PCPrinterBM150
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Product Description
The Particle Cloud biological 3D printer (pcbm 15001) adopts the filament free printing (FFP) technology, supports the freely proportioned composite printing paste, accurately controls the three-dimensional molding of a variety of biological materials and active cells, is widely applicable to soft tissue biological structures, bone tissue regeneration, drug controlled release and other materials, and provides new research tools for researchers in the fields of life science, material science, tissue engineering, medical devices and drug development.
◆ compatible with high, medium and low viscosity printing nozzles
◆ support the combined printing of ceramic, gel, medicine and other biological materials and cellular active factors
◆ users can freely mix compound printing paste, and the material viscosity can be as high as 400000 centipoise
◆ from low viscosity (such as distilled water) to high viscosity slurry, 0.004ml high-precision quantitative can be achieved
◆ precisely control the printing line width and spacing, and accurately customize the pore structure as required
◆ bionic shape and pore structure software algorithm support
◆ support CT or MRI data conversion input
◆ support sterile operation in printing area
◆ it has the function of high-power photographing of printed copies, and supports the selection of photographing time segment and layered segment
◆ it can provide customized function expansion according to user needs
◆ it has a mobile printing control host with rollers, which can be flexibly pushed, pulled and moved, and is easy to operate
Technical Data
|
Number of print nozzles supported |
Combined application of 3 types |
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|
Print nozzle type |
High viscosity printing nozzle |
Medium viscosity printing nozzle |
Cytokine printing nozzle |
High temperature printing nozzle |
|
Nozzle diameter |
300μm～800μm |
300μm～800μm |
20~80μm |
300μm～800μm |
|
Material viscosity |
≤4000P |
20～15000cP |
≤20cP |
≤2000P |
|
Printing speed |
≤0.1mL/s |
≤0.1mL/s |
≤5μL/s |
≤0.1mL/s |
|
Print accuracy |
0.004mL |
0.5μL |
5pL～0.5nL |
0.01mL |
|
Temperature |
Normal atmospheric temperature |
≤60℃±0.2℃ |
Normal atmospheric temperature |
≤150℃±0.5℃ |
|
Nozzle movement accuracy |
0.02mm |
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|
Print size |
150×150×140mm |
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Software |
PCLab-V26 |
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Data format |
STL、GCODE |
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|
Operating system |
Windows |
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|
Operating ambient temperature |
10～50℃ |
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|
Overall dimensions of main engine (w*d*h) |
Control host: 620×700×1170mm |
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|
Printer (including ultra clean table): 1060×825×1625mm |
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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
◆ cell materials: liver cell, tumor cell, embryonic stem cell, adipose derived stem cell, bone marrow stem cell
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