EXTENDO 944X
EXTENDO 944X Featuring several next gen optimizations, the Extendo 944X telehandler is powered by a standard
TAMARA Nanoparticles Fabrication System
Discover your next best tool for RNA-LNP and nanomedicine research
TAMARA is a cutting-edge platform designed specifically for researchers in biochemistry, pharmacy, and biotechnology. Whether you’re in the early stages of R&D or scaling up your processes, TAMARA's versatile system allows you to achieve superior encapsulation efficiency, control over nanoparticle size, and with minimal sample loss—all while using reusable chips to reduce waste and costs.
Easy set-up &
User-friendly interface
From Initial screenings
to Preclinical stage
Microfluidic technology
for controled conditions
Reusable chips
and reservoirs
No dead volume,
maximized reagent usage
Discover how TAMARA can bring more precision, speed and cost-efficiency to your lab.
Whether you're in academia, biotech or an R&D setting, TAMARA is designed to meet your needs.
TAMARA is trusted by experts in the field
From Screenings to Preclinical, get Control and Efficiency with TAMARA
Precision controls for reliable outcomes
Achieving precise control over nanoparticle size during synthesis is essential to get uniformity and reproducibility in your research. With TAMARA's intuitive platform, you can fine-tune the size of your lipid nanoparticles (from 50 to 200 nm). With a Polydiversity Index of less than 0.2, TAMARA ensures a narrow size distribution, and you'll get more consistent and reliable results. TAMARA comes with Inside Therapeutics' proprietary microchip, a unique 2-in-1 mixers design (Baffle and Herringbone), giving you more flexible options to reach your target nanoparticle size.
Set up your controls easily, and synthesize nanoparticles in less than 2 minutes runs!
Adaptable System for Every Stage of Your R&D
One of the biggest challenge in nanoparticle synthesis is ensuring repeatability when scaling up. TAMARA is designed to support a seamless transition between your different stages of R&D. The reusable reservoir can handle volumes from 200µL to 30mL, with less than 3% variation from batch to batch. You can easily get consistent results from small-scale initial screenings to larger volumes in preclinical phase.
Go from initial screening to preclinical studies without having to change your device!
One device to simplify your R&D transitions.
TAMARA, a smooth operator to get through early stages of R&D. (non)
From initial screenings to preclinical test, TAMARA is a flexible platform that eliminates the need for costly device changes and lab set-up adjustments.
Better in-vitro expression for Predictive Research
With precise size control, high encapsulation efficiency and repeatability, TAMARA support better in-vitro expression. It will provide you with reliable data, and ensures results that are more reflective of real biological responses.
Using the same device throughout your early stages of R&D helps you maintain consistent nanoparticle characteristics. You get predictive results, helping you bridge the gap between in-vitro and in-vivo studies. TAMARA is an invaluable tool for researchers focused on drug delivery, gene therapy, and other applications where biological accuracy is key.
Optimize encapsulation for better efficiency
Encapsulation efficiency is a key factor in nanoparticle formulations, especially when working with precious compounds like RNA or other sensitive molecules. TAMARA delivers an encapsulation efficiency of over 98%, minimizing your reagent loss, and maximizing the performance of your formulations. High efficiency ensures you can get your desired outcomes with minimal waste, making your process more cost-effective and resource-efficient. Using microfluidic technology, TAMARA allows you to optimize your process and resources even at very low volumes.
It’s your future go-to for high-throughput screening or formulation development!
Ditch the single-use chips - Get TAMARA’s reusable chips for wasteless research!
Microchips available for TAMARA can be used up to 10 times, without losing reliability in your results.
New to the microfluidic or nanoparticle field? The TAMARA platform simplifies nanoparticle synthesis, making it accessible even without prior experience.
Looking to optimize your screening process? TAMARA enables low-volumes synthesis (0.2mL) and rapid cleaning, allowing you to test multiple samples everyday.
Improving quality and reproducibility is your goal? TAMARA ensures consistent nanoparticle characteristics from screening (0.2µL) to preclinical tests (10mL), supporting your success throughout every stage of development.
What you can produce with TAMARA:
Precisely formulate lipid nanoparticles, ideal to deliver any types of RNA (mRNA, siRNA, tRNA, DNA, saRNA, or ASOs) to target cells and organs.
Using nanoprecipitation technology to produce lipid-based nanoparticles, mostly used in pharmaceutical and cosmetic applications.
Synthesizes a wide range of highly biocompatible polymeric nanoparticles, such as hybrid nanoparticles, PLGA, and polystyrene.
And so much more...
TAMARA’s flexibility and versatility goes beyond polymer and lipid-based nanoparticles.
You can produce protein nanoparticles, nanoemulsions and other nanoparticles that fit your needs.
How to work with TAMARA:
Stop wasting precious resources and take control of your research outcomes!
TAMARA’s microfluidics technology maximize sample usage, giving you precise encapsulation and minimizing reagent losses.
Cut on consumables costs with the reusable proprietary chips with 2-in-1 mixers design.
With better control and repeatability, you'll produce more reliable, scalable results.
Boost your lab’s efficiency and get the most out of every experiment!
Related Resources
Browse the documentation of TAMARA microfluidic platform:
- TAMARA Presentation Brochure: Download the brochure
- TAMARA User Manual: Download the document
Read the first application note :
- Liposomes synthesis and size characterization with high precision DLS – Inside Therapeutics, Cordouan Technologies.
Want to know more on TAMARA?
Visit the product page to get more details on the device specifications, content of the kits and request a quote.
