Our biggest goal when designing brand new Vitaprint CNC platform was to achieve extremely simple operation and increased ergonomic. The platform can be used for a range of industrial and biomedical cases, ranging from 3D bio-fabrication for tissue engineering to industrial glue-dispensing setups.
Author: Dr. Boštjan Vihar, Biomedical reseacher / Bioprinting developer Construction of thick, functional tissues in vitro is a major challenge in tissue engineering. There are
Modular 3D bioprinter, adaptable for use with a range of materials and applications, reaching technical specifications of high-end devices while being accessible to a wider community.
#LoRaWAN to protect wildlife! @SmartParksOrg and @institute_irnas design rhino implants and elephant collars to better track them and ensure their safety.
Watch: https://t.co/4LLSiZaFIt
Scientists can already grow ground meat in a lab. The next step is growing a more substantial cut, like a steak or a pork loin. This requires new technology that closely mimics the conditions in an animal's body @NewHarvestOrg @Jesscakri @institute_irnas https://t.co/w4EKJWQcTZ
With an extensive team of experts from #UniversityofMaribor and @NewHarvestOrg, we have created a new #bioreactor prototype for growing #cleanmeat. It may just bring us cultured meat 2.0.
More >> https://t.co/Y16Bzxdfg8
#engineering #research #cleanmeat #bioreactor #cellculture
Thanks to @thethingsntwrk we had another opporunity to present our @OpenCollar_ and @SmartParksOrg technology to protect wildlife together with @institute_irnas at the first fully online #thethingsconference. Missed it? Check it out here: https://t.co/2bZlctjG7H
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