Allevi 3 Bioprinter
Use Type:
1 (Self Service)
Location:
Biological Testing - Katz 5-055
Overview:
The Allevi 3 bioprinter empowers you to print any cell line, into any geometry for any application that you can imagine. Allevi 3 will exceed your needs today and has the versatility to grow with your work.
Hourly Rates
$5/hr - $20/hr
Book the Allevi 3 Bioprinter
Highlights
Device Information
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Extruders:
3 × Allevi CORE Extruder
-
Photocuring:
LED – 365nm and 405nm
-
Printing Technology:
Fused Deposition Manufacturing (FDM)
-
Compatible Syringes:
5 mL plastic, 5 mL metal
-
Min. Temp:
4C
-
Max. Temp:
160C
-
Min. Pressure:
1 PSI
-
Max. Pressure:
120 PSI
-
Pressure Variance:
±0.1 PSI
-
Heated Bed Temperature:
Ambient – 60? C
-
Construction:
Aluminum Frame
-
X, Y Precision:
1 ?m
-
Z Precision:
1 ?m
-
Build Volume:
(W × H × D): 3.5 × 2.4 × 5.1 in (42.8 in³)
-
Build Volume Metric:
(W × H × D): 9 × 6 × 13 cm (702 cm³)
-
Supported Build Plates:
Slide, Petri Dish, Well Plate
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Biomedical Devices
-
Bone and Cartilage
-
Dentistry
-
Disease Modeling
-
Drug Testing
-
Electroactive Tissue
-
Heart Valves
-
Microfluidics
-
Organoids
-
Organ on a Chip
-
Pharmaceutical Development
-
Soft Tissues
-
Tissue Engineering
-
Vasculature
-
Regenerative Medicine
-
Extruders:
3 × Allevi CORE Extruder
-
Photocuring:
LED – 365nm and 405nm
-
Printing Technology:
Fused Deposition Manufacturing (FDM)
-
Compatible Syringes:
5 mL plastic, 5 mL metal
-
Min. Temp:
4C
-
Max. Temp:
160C
-
Min. Pressure:
1 PSI
-
Max. Pressure:
120 PSI
-
Pressure Variance:
±0.1 PSI
-
Heated Bed Temperature:
Ambient – 60? C
-
Construction:
Aluminum Frame
-
X, Y Precision:
1 ?m
-
Z Precision:
1 ?m
-
Build Volume:
(W × H × D): 3.5 × 2.4 × 5.1 in (42.8 in³)
-
Build Volume Metric:
(W × H × D): 9 × 6 × 13 cm (702 cm³)
-
Supported Build Plates:
Slide, Petri Dish, Well Plate

-
Biomedical Devices
-
Bone and Cartilage
-
Dentistry
-
Disease Modeling
-
Drug Testing
-
Electroactive Tissue
-
Heart Valves
-
Microfluidics
-
Organoids
-
Organ on a Chip
-
Pharmaceutical Development
-
Soft Tissues
-
Tissue Engineering
-
Vasculature
-
Regenerative Medicine
