Reactor™
BioprintingPlatform
The Reactor ™ printer does not necessarily need to be used as a bioprinter for living materials.
This is a hybrid equipment that incorporates filament polymer deposition (FDM) with a drip system for the development of microfluidic systems, such as simulation of industrial microplants.
PROTOTYPE PERFORMANCE
ACCOUNT WITH FDM EXTRUSION SYSTEM AND A SYRINGE DRIVING MODULE.
PROCESS:
Deposition of Fused Filament and controlled deposition of liquid / viscous solution.
DIMENSIONS WITHOUT REEL:
820 mm (W) x 570 mm (D) x 600 mm (H) 480 mm (W) x 365 mm (D) x 500 mm (H)
WEIGHT:
28 Kg
PRINTING VOLUME:
300 mm (W) x 200 mm (D) x 200 mm (H)
MOVEMENT:
Stepper motors, 8 h6 chromed and tempered steel guides, with 8 mm linear bearings and linear guides.
PRINTING SPEED:
40 mm/s
MOTION ACCURACY:
0.05 mm on the X and Y axes and 0.01 mm on the Z axis (height). Movement accuracy: 0.01 mm on the X and Y axes and 0.005 mm on the Z axis (height).
PRINTING MATERIAL:
ABS or PLA filaments dia. 1.75 mm.
FILLING SYSTEM:
Liquid packed in syringes with volumes between 5 and 50mL.
STRUCTURE:
Structural aluminum Structure: HDPE White
PRINTING TABLE:
300 mm x 200 mm with heating. Max. Temperature 120 ° C.
EXTRUSION:
J-Head MKV nozzle - 0.4 mm diameter outlet and 250ºC temperature.
FILE FORMAT:
File in “.STL”, “AMF” format.
Software:
Pronterface and Slic 3R / Cura (supplied with equipment)
PRINTING MATERIAL:
Pronterface and Slic 3R / Cura (supplied with equipment)
