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Contacts and Location
| Enquire about this equipment | |
| Organisational Unit |
Riga Technical University Faculty of Materials Science and Applied Chemistry Institute of General Chemical Engineering - Latvia, Rīga |
Description
The printer is capable of combining cells, growth factors and/or biomaterials to produce constructs using a pneumatic and mechanical syringe-based dispensing system. The printer is able to print in 6 axes, which allows you to accurately print contours.
Specification
"1. Print job dimensions: 30.5 cm (w) x 25.4 cm (d) x 17.8 cm (h) 2. The printer prints the structure needed to hold the parts to the printing platform. 3. The printing platform is temperature controlled (from 10 oC to 60 oC) to ensure the quality of the printed parts. Platform dimensions 30x25 cm. 4. The printer integrates an intuitive, accurate and durable printing platform with a visual nozzle detection system. 5. The temperature of the printing nozzle and the printing platform is controlled and maintained during printing. 6. The user has the option to recalibrate the printer at the point of use. 7. The software interface has the ability to maintain a database of printable materials for easy access to stored material settings."
Services
bio 3D printing
Contract title
Contract short description
Contract full description
"1. Printēšanas darba izmēri: 30,5 cm (pl) x 25,4 cm (dz) x 17,8 cm (a) 2. Printeris drukā konstrukciju, kas nepieciešama, lai detaļas noturētu pie printēšanas platformas. 3. Drukas platforma ir ar temperatūras regulēšanu (no 10 oC līdz 60 oC), lai nodrošinātu printēto daļu kvalitāti. Platformas izmēri 30x25 cm. 4. Printerī ir integrēta intuitīva, precīza un izturīga printēšanas platforma ar vizuālu uzgaļu noteikšanas sistēmu. 5. Printēšanas sprauslas un printēšanas platformas temperatūra tiek kontrolēta un tiek uzturēta printēšanas laikā. 6. Lietotājam ir iespēja atkārtoti kalibrēt printeri lietošanas vietā. 7. Programmatūras saskarnei ir iespēja uzturēt printējamo materiālu datu bāzi, lai viegli piekļūtu saglabātajiem materiālu iestatījumiem. "
Embedded Content
Funding Source
| EU Structual Funds (ERAF, ESF) | - |
|---|
Manufacturer
Advanced Solutions Life Sciences LLC
Model
BioAssemblyBot® 400 Series 3D Bio-printer
Funded by EU
Project supported by:
