ABOUT OUR ENGINEERING AND HOW WE DEPLOY IT to BIOPRINT HUMAN SKIN

The technology in Trivima is fine tuned for the most intricate of scaffold designs and the most sensitive cell types. Scroll down to learn more about how you can get your very own customised 3D Bioprinter.

HOW DID CUSTOMISED ENGINEERING HELP US DEVELOP BIOPRINTED SKIN?

Axes Movements

Axes movements affect the viability of your cells within the extruder. The continuous movement of the extruder heads leads to agitation within the extruder chamber. Adjusting the positioning of the extruder on the axes and controlling axes movements helped us improve cell viability and biomaterial performance.

Temperature Control

You would have a lot of optimisation to be done to ensure your biomaterial is optimal for your scaffold construction. One major factor that impacts biomaterial performance is temperature. Flexibility in temperature control, both on the bed and on the extruder helped us derive the perfect conditions for our proprietary bioink to bioprint human skin

Bioprinting Precision

With precision movement of higher than 15 µm, we get better positioning of cells. This helped us improve the cell-cell interaction and the cell-ECM interaction. Complex scaffold designs with repeatable strut size was effectively achieved, thereby reducing variation within samples.

Sterile Environment

Keratinocytes are highly sensitive cells. A minor contamination can wreak havoc on months of hard work. Ensuring a sterile environment during culture did not suffice. To ensure a higher state of sterility, we built in H14 HEPA filters and Germicidal UV lights to effectively sterilise the working area within the Bioprinter. This extra layer of bioprinting sterility aided in lesser errors due to contamination.

WHERE HAS TRIVIMA'S TECHNOLOGY BEEN IMPLEMENTED?

SYNTHETIC BIOPOLYMERS

NATURAL BIOPOLYMERS

MULTI-WELL BIOPRINTING

BIOCERAMIC BIOPRINTING

3D Printing of synthetic polymer
3D printing of bioceramic slurry

SYNTHETIC BIOPOLYMERS

3D Printing of synthetic polymer

Printing of low viscous, synthetic polymers at low pressures using single micro-extrusion for wound healing applications

NATURAL BIOPOLYMERS

Bioprinting of pure natural polymers in intricate designs for breast cancer modelling has been achieved using Trivima’s precise temperature control systems.

MULTI-WELL BIOPRINTING

Medium throughput printing in well plates using micro-droplet printing methodologies for pharmaceutical testing applications

BIOCERAMIC BIOPRINTING

3D printing of bioceramic slurry

Bioceramics are some of the toughest materials to print. The technology in Trivima is fine tuned to deal with even the most viscous of bioceramic slurries.

WHAT CAN YOU CUSTOMISE IN YOUR NEXT 3D BIOPRINTER?

NUMBER OF EXTRUDERS

Trivima is built for diverse applications. With the option to work with upto Three separate extruders, you can work with different biomaterials and cell types in strict temperature controlled environments

STERILISATION
OPTIONS

We understand the importance of bioprinting in a sterile environment. We know the impact unwanted contamination can cause to your bioprinting research. Germicidal UV and H14 HEPA filters installed in Trivima allow you to bioprint in peace

CROSSLINKING METHODS

Crosslinking or no crosslinking. That’s the question. You can select from our varied crosslinking options to completely make your Trivima to work for you. Choose between UV and Visible Light Crosslinking. Need both in your setup? We can do that too!

TEMPERATURE CONTROL OPTIONS

Temperature control only for the extruders and not for the bed? Temperature control for both the bed and extruders? We’ve got you covered! Select from a variety of temperature control options that makes your bioprint work!

NUMBER OF EXTRUDERS

Trivima is built for diverse applications. With the option to work with upto Three separate extruders, you can work with different biomaterials and cell types in strict temperature controlled environments

STERILISATION
OPTIONS

We understand the importance of bioprinting in a sterile environment. We know the impact unwanted contamination can cause to your bioprinting research. Germicidal UV and H14 HEPA filters installed in Trivima allow you to bioprint in peace

CROSSLINKING METHODS

Crosslinking or no crosslinking. That’s the question. You can select from our varied crosslinking options to completely make your Trivima to work for you. Choose between UV and Visible Light Crosslinking. Need both in your setup? We can do that too!

TEMPERATURE CONTROL OPTIONS

Temperature control only for the extruders and not for the bed? Temperature control for both the bed and extruders? We’ve got you covered! Select from a variety of temperature control options that makes your bioprint work!

STEPS TO CUSTOMISE YOUR 3D BIOPRINTER

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Your First Step begins by filling up the form below. This let’s us understand what’s on your mind with respect to your 3D Bioprinting requirement

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Our team sits down with you to understand your research requirements better and provides you with the best engineering options for your research

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Our team of epic engineers develop a digital design of a 3D Bioprinter suited to your research requirements, which is later sent across for your approval

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Your Trivima is built as per your specs and research needs and is shipped. Hold on! We also future proof the machine to change engineering elements as your research matures.