3D Bioprinter NOVO
Academic 3D bioprinter for tissue engineering researchers using various biomaterials
Product Specification
| Number of Nozzles | 2 |
|---|---|
| 3D Modeling / Editing Type | 3D / 2.5D |
| Build volume | 130 mm x 86 mm x 30 mm |
| Supported file formats | .gcode, .stl, .obj, .amf |
| Desktop application compatibility | Windows 10/11 |
| Power supply | Input: 100-240VAC, 50/60Hz, Output: V12DC, 37.5A, 450W |
| Build surface compatibility | Petri dishes and multi-well plates (6 to 384 wells) |
| Software | U-Studio + G-code Editor |
| Operating temperature range | 15 - 30 °C |
| Outer dimensions (D x W x H) | 350 mm x 320 mm x 350 mm |
| Weight | 17.8 kg |
| Printable Material | --- |
NOVO Special Features
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Portability and biological stability
⦁ Installed in BSC Cabinet and Clean Bench
⦁ Easy to move and change work location
⦁ Maintain stable experimental environment
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Various Crosslinking Method
⦁ Low viscosity biomaterials can be sprayed in a droplet manner, and crosslinking is possible by pH, enzyme, and chemical (ion) in addition to UV LED, Temperature reaction.
⦁ Easy 3D stacking of low viscosity materials through step-by-step curing through layer-by-layer crosslinking
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User Friendly Functions
⦁ Cell Homogenization : Automatic cell circulation function to prevent cell sedimentation and clumping
⦁ Auto Calibration: Nozzle position and output Build-plate leveling function
⦁ Built-in editor provided so even beginners can easily implement 3D shapes
⦁ Clecell’ U-Studio Software
⦁ Available for use with general 3D modeling files (STL, etc.) and G-Code Editor for experts
NOVO Printhead
- Syringe pump Extruder
- Droplet dispenser
- Nebulizer
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⦁ For syringe pump extruder, precise extrusion of biomaterials in 0.1 µL units is possible.
⦁ Ensuring accurate printing of tissues and cells and consistency of results
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⦁ Applicable to various temperature conditions (Extruder : 10°C - 65°C / Droplet dispenser : 15°C - 50°C)
⦁ Improved cell viability and structural stability through temperature control
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⦁ Droplet technology using pneumatic pressure
⦁ Complex structures can be formed through precise injection of low-viscosity materials.
⦁ Crosslink solution micro-coating (spraying) is possible through the nebulizer channel.
⦁ Quick drying possible using air dryer
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⦁ [Syringe pump Extruder] 3mL, 5mL Syringe Available
⦁ [Droplet dispenser] 5mL Syringe Available
⦁ Ensures flexibility and efficiency of experiments
NOVO Special Feature
|
NOVO |
A |
|
| Print Technology |
Syringe-based extrusion Pneumatic Droplet with Microvalve Base |
syringe-based extrusion Available |
| Printhead volume |
Syringe pump Extruder : 3 mL~ 5mL Droplet dispenser : 5mL 3mL, 5mL Syringe available |
Extruder : 2.5 mL |
| Printhead dispensed volume CV |
Syringe pump Extruder : < 10% @ 10 µL for water Droplet Dispenser : < 10% @ 10 nL for water *Droplet Minimum injection volume 10nL / 1000x higher resolution than others |
Extruder : < 10% @ 10 µL for water |
| Printhead temperature range |
Extruder Up to 65-degree, Droplet Dispenser Up to 50-degree |
Extruder Heating Unavailabl |
| Nebulizer Crosslinking |
Nebulizer(pH, chemical, enzyme) The only way to make low-viscosity materials by layering |
x |
| Software |
2.5 Modeling 3D Modeling Possible G-Code Edit |
3D Modeling Available |
