Unlock the potential of 3D bioprinting with Niyantranam: a versatile and user-friendly software shaping the future of precision medicine
Niyantranam offers a suite of features designed to integrate seamlessly into your bioprinting workflow. This software empowers users to achieve unprecedented precision and efficiency, enhancing the capabilities of NBIL’s Trivima bioprinters.
Simplify your 3D bioprinting process with our intuitive Elementary Print feature. This feature allows you to quickly print basic shapes directly, optimizing the use of innovative bioinks without the need for complex CAD software.
Enhance your printing accuracy with our G-Code Editing Tool. This feature lets you modify and optimize G-codes directly within the software, tailoring your printing parameters to produce repeatable prints with the utmost precision.
Perfect for organ-on-a-chip models and drug discovery, Niyantranam’s inkjet printing feature provides precise control over droplet dispensation. This targeted approach ensures high reproducibility and efficiency in droplet deposition, automated for multiple well plate formats.
With Niyantranam, switching between different bioprinting technologies is effortless. Whether you require inkjet, syringe pump, pneumatic, or pellet extrusion, this software adapts to your project’s specific needs seamlessly.
A deep dive into Niyantranam’s key features and its working
The Elementary Print feature offers users an intuitive solution to create basic shapes without the need for complex CAD and slicing softwares. By offering a library of predefined shapes such as square, circle, ear and nose (with more to come), Niyantranam simplifies the initial design phase, allowing users to quickly generate 3D models to optimise their bioinks.
This feature reduces the complexity and time involved in the design phase by providing basic yet essential shapes, facilitating an easy start in bioprinting optimization.
By providing a user-friendly interface and intuitive design tools, Niyantranam empowers users of all levels to engage in bioprinting experiments.
The G-Code Editing feature empowers users to directly modify G-Codes within the software. With this advanced functionality, users can fine-tune printing parameters in the G-Code file to ensure accurate prints each time
Directly edit G-codes to fine-tune the printing process. This capability allows users to adjust speed, layer height, and material flow, ensuring each layer is deposited with exact precision.
By allowing detailed control over the printing process, the G-Code Editing tool ensures that your bioprinted constructs meet the highest standards of accuracy and reproducibility, crucial for advanced scientific research and clinical applications.
The inkjet printing feature allows for dispensing droplets on demand by offering precise control into specific wells in well plates. By providing a seamless platform for targeted droplet deposition, Niyantranam enhances reproducibility and efficiency, empowering users to accurately dispense bioinks into designated locations
Targeted deposition allows users to precisely dispense droplets only where needed by improving research capabilities
Our inkjet printing capability offers meticulous control for high-throughput experiments, enabling precise bioink deposition in predefined patterns, essential for complex tissue modeling and testing.
The technology selection feature allows for accommodating various extrusion technologies, including inkjet, syringe pump, pneumatic, and pellet extrusion methods. This adaptability empowers users to select the most suitable technology for their specific bioprinting applications, whether they require high-resolution patterning, precise drop-on-demand printing, or extrusion of synthetic biomaterials.
Niyantranam’s Technology Selection feature allows users to tailor their bioprinting setup to match the requirements of their bioprinting setup for maximum efficiency and precision
By supporting multiple extrusion technologies, Niyantranam provides users with a scalable platform that can adapt to evolving research needs and accommodate a wide range of bioprinting applications, from basic tissue constructs to complex organ-on-a-chip systems.
Curious about our Niyantranam Software or need more detailed information? Click the “Ask a Question” button below to reach out directly.
Introducing the Trivima bioprinter and Niyantranam Software, your gateway to the exciting world of 3D bioprinting!
Niyantranam software will be provided for Trivima Basic, Advanced and Pro Config 1, 2, and 3 bioprinter models. Trivima Mini will work on Pronterface software. We are working to build a version of Niyantranam for our Trivima Mini Bioprinters
No, the elementary print feature allows you to change the geometric parameters of the selected scaffold design which can be printed directly using the generated gcode file. There is no need for an additional CAD model and slicing software for this.
Yes, Trivima extruder head and bed movements in XYZ directions can be controlled using the Niyantranam software up to a resolution of 100 µm. Other printer control parameters like temperature and photocrosslinking features can also be controlled with Niyantranam
One software license will be provided for a Trivima Bioprinter purchase and multiple user profiles can be created in one software for each printing with different users
NBIL offers an in-depth training program on every installation of Trivima Bioprinters starting from CAD model generation to using Niyantranam for controlling Trivima. Post-installation support is also provided by our in-house technical team
Yes, Niyantranam works on both Windows and Mac platforms
Yes, Niyantranam offers an in-built G-code editing tool which allows users to edit their G-code within the software
Reach out to us to explore our innovative 3D bioprinters and revolutionize your research and production processes.
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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