The technology in Trivima is fine tuned for the most intricate of scaffold designs
and the most sensitive cell types. Our impeccable engineering and scientific
advisory team, who have worked with multiple biomaterials and have troubleshot
complex engineering hurdles, will guide you through each and every step of your
bioprinting process and work closely with you to fine tune complex scaffold
architectures, suggest suitable biomaterials and even help you trouble-shoot
specific steps in your bioprinting protocols.
Our 3D- Bioprinter " TRIVIMATM" manufactured by NBIL is designed not only
for large pharmaceutical companies, but also for research institutes and schools
interested in tissue engineering. Customization is essential in the global 3D
bioprinting ecosystem, particularly in India. Our 3D-bioprinter is designed to
be completely customizable in order to meet the needs of the Indian research
community.
APPLICATION
Trivima has been tested across wide variety of biomaterials. Whether you are
planning to print with a skin tissue specific bionk or a bioceramic for your bone
based application, Trivima can print it all.
CHOOSE FROM A WIDE VARIETY OF INTERCHANGEABLE PRINTHEADS
PNEUMATIC PRINT HEAD
Fine tuned over years of applications across a wide and diverse range
of polymers and biomaterials, Trivima's pneumatic print heads can
take on almost most materials used in bioprinting.
MELT EXTRUSION HEAD
Trivima's stainless steel melt extrusion heads allow you to work
with diverse pellet based printing applications. This head allows
you to widen your approach to bioceramics & polymer by reaching
temperatures of 250˚C
INKJET PRINT HEAD
From Picolitre Dispension to 700 microlitre dispension, Trivima's inkjet
printheads are truly made for diverse inkjet bioprinting and printing
applications and are also temperature controlled
FILAMENT PRINT HEAD
From Medical Grade PCL to PEEK to PLA to ABS, Trivima's fused
deposition modelling head is well suited to print a wide range of
filaments with extruder temperatures upto 200˚C