TRIVIMA MINI

Excited to embark on your bioprinting journey? Funding Challenges? Space Constraints? The Trivima Mini Bioprinter is built to cater to diverse requirements with it’s small footprint and mighty capabilities.

Introducing the Trivima mini bioprinter, your gateway to the exciting world of 3D bioprinting! India’s compact powerhouse designed to revolutionize your approach to tissue engineering and regenerative medicine. Tested and trusted by leading laboratories across the nation, the Mini Bioprinter embodies precision, innovation, and accessibility

Pneumatic

Uni-Extruder

Print seamlessly with a wide range of biomaterials and hydrogels

Portable

Economical

Simple

RT to 45˚C
Extruder Temperature

IIT Hyderabad

AIIMS,

New Delhi

Tested for over 8 years in-house & at established labs with diverse cell types.

Effortless Installation

A Sturdy Build Benchtop Bioprinter

Application Process

Introducing the mini bioprinter, your gateway to the exciting world of 3D bioprinting! India’s compact powerhouse designed to revolutionize

Creating the Ideal Bioink

The first step forms the core of any bioprinting process, creating a fine-tuned mixture, the bioink, that comprises of cells, biomaterials, growth factors and more.

Design File to Sliced File

Based on the tissue of choice, the cell behaviour and the nature of the bioink, a CAD file is generated for the desired scaffold output. The CAD file is then sliced into many layers using a slicing software and then integrated into a file format called G-CODE

Bioprinting Optimisation

Once the design and the bioink of choice are done, the next step includes optimising the bioprinting parameters, which includes pressure, temperature, feed rates, scaffold design optimisation and much more.

From Scaffold to Tissue

The post-processing of a scaffold to a functional tissue construct involves multiple trial and error processes and fine tuning of medias and environments for the cells to meander through the struts of the scaffold to interact with one another.

Technical Specifications

Technology built to cater to diverse biomaterials and applications

Extruder Volumes

3CC or 5CC

Extruder Technology

Pneumatic Micro-Extrusion

Build Volume (L*B*H in MM)

60 x 60 x 30

Extruder Temperature Range

RT* to 45˚C

Pressure Range

0.1 to 4 Barr

Number of Extruders

01

Photo-Crosslinking

User Defined (Standard Provision - 405 nm)

Outer Dimensions (L*B*H in CM)

36 x 25 x 30

Weight

5.7 Kgs

Compatible Files

.stl .obj .gcode. .amf

Discover Trivima

Explore the other versions of Trivima Bioprinters, built to cater to complex research requirements and to a wide range of applications.

Trivima Basic

The ideal choice for beginners entering the world of bioprinting. Equipped with 2 extruders, Trivima Basic offers the capabilities of pneumatic printing, providing a solid foundation for your bioprinting journey.

Trivima Advanced

Featuring 3 extruders, Trivima Advanced combines pneumatic and coaxial bioprinting technologies with well plate printing capabilities. This advanced bioprinter allows researchers to perform precise and controlled experiments, enhancing their bioprinting capabilities with increased versatility and accuracy.

Trivima Pro

Unleash the full potential of bioprinting with Trivima Pro, crafted for the most demanding research applications. With 6 extruders and multi-technology capabilities including pneumatic, inkjet, and pellet extrusion, Trivima Pro provides unmatched versatility and precision.

Curious about our Trivima or need more detailed information? Click the “Ask a Question” button below to reach out directly.

Ask a Question

Frequently Asked Questions

Introducing the mini bioprinter, your gateway to the exciting world of 3D bioprinting! India’s compact powerhouse designed to revolutionize

What is the extruder technology used in the Trivima Mini Bioprinter?

The Trivima Mini Bioprinter utilises Pneumatic Micro-Extrusion technology for precise and controlled deposition of biomaterials.

What is the temperature range supported by the Trivima Mini Bioprinter?

The Trivima Mini Bioprinter supports a temperature range from room temperature (RT) to 45˚C, allowing for optimal conditions for bioprinting experiments.

Does the Trivima Mini Bioprinter support photo-crosslinking?

Yes, the Trivima Mini Bioprinter can be customised to support photo-crosslinking with a standard provision of 405 nm wavelength.

Can I bioprint my custom bioink with the Trivima Mini?

The Trivima Mini Bioprinter supports bioprinting a wide range of biomaterials and bioinks

Do you provide training on utilising the Trivima Mini during installation?

Do you provide training on utilising the Trivima Mini during installation?

Can I upgrade my bioprinter as my research evolves?

Yes, our bioprinters are designed to be modular and upgradeable to accommodate your evolving research needs. Contact us for information on upgrades and enhancements.

Do you offer custom solutions for unique research applications?

We do offer custom bioprinting solutions. Contact us to build you customised Trivima that fits your unique research needs.

Contact Us for 3D Bioprinter Inquiries

Reach out to us to explore our innovative 3D bioprinters and revolutionize your research and production processes.

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Next Big Innovation Labs

We believe in the power of shared dreams. We’re not just a 3D bioprinting company; we’re a community of passionate researchers and innovators united by a common goal: shaping a healthier future through the potential of bioprinting. Our success isn’t measured by our own achievements, but by the groundbreaking discoveries made by our customers.

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