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The Bio actually looks a lot like many of LulzBot’s original FDM 3D printers, except the filament extruder has been substituted for a dedicated Syringe Pump Extruder. The contents of the package and the build plate. Connectivity options include a USB cable and an SD card. The UI itself is crisp, responsive, and wrapped in a blue-based color scheme with an intuitive layout to boot. Here we can calibrate the printer, heat the bed, and control printing. On the electronics side, the Bio comes equipped with a 4.3” full-color touchscreen and a multilingual user interface.
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Ultimaker cura ender 3 settings full#
Though not obvious at first, a variable temperature heated bed is crucial in this case as it allows for full control of the printing conditions, ensuring biomaterial viability throughout the printing process. Looking at the build plate, we have a heat borosilicate glass print bed capable of maintaining up to 120☌. Featuring a very LulzBot-esque full-metal frame, the system is rugged enough to be sterilized with both ethyl alcohol and UV lights. Similarly, the compact 762 x 635 x 533mm operating footprint enables the Bio to easily fit inside laminar flow cabinets or on top of counters. On the build volume front, we have a 2.88L envelope measuring 160 x 160 x 89mm, which is ample space for a whole host of lab-based bioprinting applications. The Bio itself is based on the cartesian axis system, a configuration known to be more rigid and accurate than a delta or CoreXY setup (albeit slower). This includes sodium alginate printing material, Fluidform 3D’s LifeSupport gel medium, a syringe, 25 and 30-gauge dispensing needles, Petri dishes, specimen cups, and a plethora of maintenance tools. LulzBot truly has placed accessibility front and center here, as the plug-and-play Bio comes complete with everything you need to begin 3D bioprinting. Priced at a relatively affordable $9,950, the Bio is primarily aimed at researchers and educational institutions seeking a cost-effective entry to biofabrication. The system is built for Freeform Reversible Embedding of Suspended Hydrogels ( FRESH) printing, offering compatibility with everything from bioinks and unmodified collagen to alginate and other soft biomaterials.Īs far as potential applications go, LulzBot has designed the machine for in-vitro pharmaceutical and cosmetic testing purposes, tissue engineering, regenerative medicine, and more. In line with the LulzBot ethos, the Bio is indeed another open-hardware machine – this time operating on the company’s Fluid Deposition Fabrication (FDF) bioprinting technology.