Trivima

India’s First Customisable 3D Bioprinter

Why Customise?

Why let others tell you how to bioprint? We believe customisation is the future of bioprinting and below are what researchers globally feel about commercial 3D Bioprinters

Let's Build your 3D Bioprinter for you

Engineering is key to any bioprinting protocol. The machine you use should be as malleable as the biomaterials and cells you use to create your bioprinted tissue. We, at NBIL, believe in this and bring in the customisation required for your bioprinting needs

Servicing

Your Printer should be as malleable as your cells and biomaterials.

With research in the domain of 3D Bioprinting entering diverse applications and industrial aspirations, the technology should be able to morph as per the demands of your research. We at NBIL strive to work collaboratively with you to ensure your bioprinting research goals are achieved

Cost

Economical.

We understand that bioprinting research is not cheap. Cells, biomaterials, medias, reagents.. Sigh!.. The list goes on. We understand the financial intricacies involved in private and government grants. We work with you to help you get your bioprinting tech at the best price!

Lack of Customisation

Your Printer should be as malleable as your cells and biomaterials.

With research in the domain of 3D Bioprinting entering diverse applications and industrial aspirations, the technology should be able to morph as per the demands of your research. We at NBIL strive to work collaboratively with you to ensure your bioprinting research goals are achieved.

Rigid Engineering

You Get what You Get.

We, at NBIL, don't just sell you a 3D Bioprinter and visit you only to service your machine. We collaboratively work with you to constantly upgrade your 3D Bioprinter as your research progresses. We believe progress is made when there collaborations are born.
Step 1

Fill up the Trivima Form

This let's us understand what's on your mind with respect to your 3D Bioprinting requirement

Step 2

Understanding your Research

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

Step 3

CUSTOMISE

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

Step 4

Building your Trivima

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.

Here's How We Build Your Trivima for You

Technical Validations

The technology used in Trivima has been tested across biomaterials, designs and multiple parameters. Here are few of the technical applications of Trivima

Bioceramics
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.
Synthetic Hydrogels
Printing of low viscous, synthetic polymers at low pressures using single micro-extrusion for wound healing applications
Intricate Designs
Trivima has been utilised to successfully create intricate structures using bioinks containing both synthetic and natural polymers for breast cancer studies
Well Plate Printing
Medium throughput printing in well plates using micro-droplet printing methodologies for pharmaceutical testing applications
Impeccable Microporosity
Our Patented technology allows for high accuracy printing. Scaffolds with 27 µm microporosity have been achieved using Trivima
Hot End Extrusion
Heated end extrusion for medical grade polycaprolactone using Trivima’s fused deposition modelling heads
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What can you cutomise?

The diversity in the types of cells, biomaterials, temperature conditions and sterility requirements demands a truly versatile printing experience that can be customised to cater to the varied needs of 3D Bioprinting research. Trivima was built keeping this in mind. Below are some of the customisation options

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

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!

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 or no crosslinking. That’s the question. You can select from our varied crosslinking options to completely make your Trivima to work for you. 

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