3D Bioprinter U-FAB MASTER
U-FAB MASTER Provision of 15 independent printing submodules Variety of printable materials, from LV-Collagen to plastic materials Given the diversity of biomaterials and the availability of composite materials, U-Fab MASTER is the best 3D Bioprinter
| ACTIVO | MASTER | |
|---|---|---|
| Intergrated Control PC | v | |
| Co-axial Option | v | |
| HEPA Filter | v | v |
| Nozzle | 4 | 15 |
| Monitoring Camera | v | v |
| Touchless Nozzle Autocalibration | v | v |
| Cell Homogenization | v | v |
| Nebulizing System | v | v |
MASTER’S SPECIALITY
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15 Independent Printing Submodules
Independently temperature-controlled submodules provide unprecedented flexibility in printing a wide range of biomaterials, from low viscosity materials (such as growth media) to high viscosity materials (such as silicon or even thermoplastic pellets).
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Build Plate Temperature Control
The temperature of the printed construct is also controllable in the range of 4~50ºC. This function can help maintaining the stability of the 3D printed tissue constructs.
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Integrated Bio-Safety Cabinet Bio-Safety Cabinet(BSC)
Built to the standards of Class Ⅱ Bio-Safety Cabinet (BSC), the cabinet protects the printed tissue from external contamination. Heavy-duty casters in the bottom of the cabinet offer surprising mobility.
U FAB MASTER Features
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01
Wider Range of 3D stackable Materials for Scaffold Research
Various bio-materials Printing from Low Viscosity(Water) to High Viscosity
(Plastic)-
Combination of droplet and extrusion dispensing
Individual or Simultaneous Printing of Low Viscosity to High Viscosity materials
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Micro-Droplet Dispenser
Low Viscosity biomaterial
(Collagen + NaHCO3)
(CelMA + LAP[photoinirtiator] + UV
(PCL + Human cartilage tissue)
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Mid-Viscosity Extruder
Mid Viscosity biomaterial
(Collagen + NaHCO3)
(CelMA + LAP[photoinirtiator] + UV
(PCL + Human cartilage tissue)
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High-Viscosity Extruder
High Viscosity biomaterial
(Collagen + NaHCO3)
(CelMA + LAP[photoinirtiator] + UV
(PCL + Human cartilage tissue)
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02
Various Cross-linking methods of biomaterials
Various crosslinking method including pH-sensitive, enzymatic / chemical and Conventional method (Temp., UV-sensitive)
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Nebulization(pH-sensitive. Chemical-
enzymatic-crosslinking)/ UV LED(photo-
crosslinking) / Temperature control(thermal-crosslinking) -
Nebulizing System
pH, enzymatic, chemical,
crosslinking (Acid protein of Collagen, Chitosan)
enzymatic (Fibrin, Gelatin Materials)
chemical(Ion) (Alginate polysaccharide Materials)
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Temperature control for dispenser
Temp Crosslinking – Temp. Control for printing nozzle
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Built-in UV LED & Shutter
UV Crosslinking - Shutter can block material curing at nozzle end
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03
Convenient functions for research
Easy & Convenient Software function for researchers using 3D
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Convenient functions for research
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U-Studio software
3D printing software designing layer by layer
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Cell Homogenization (Auto Pipetting)
Fluidic circulation prevent Cell’s Clumping & Settling
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Nozzle Clean System
Nozzle Auto Cleansing
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Configuration
| Modules |
U-BIOLET |
U-BIOXT-LV |
U-BIOXT-HV |
|---|---|---|---|
| Sub-Modules |
U-BIOLET dispenser X 6 |
U-BIOXT-LV extruder X 6 |
U-BIOXT-HV extruder |
| Features |
- A droplet dispensing module for printing low-viscosity biomaterials - Offers simultaneous 6-submodule printing |
- An extrusion-based dispensing module for printing low-/intermediate-viscosity biomaterials - Offers Simultaneous 6-submodule printing |
- An extrusion-based dispensing module for printing high-viscosity biomaterials and filaments |
Specifications
| 3D Modeling / Editing Type | 3D Data, Layer-based 2D editing |
|---|---|
| Interface | PC |
| Camera | 720p HD Camera |
| Linear actuation | High Precision linear robot |
| Bulid Volume | 150(W) x 150(D) x 200(H) mm |
| Weight | 750kg |
| Size | 1178(W) x 930(D) x 1952(H) mm |
| Print Speed | Up to 50mm/s |
| Max.pneumatic Pressure | 8bar |
