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Excellence in Microfluidics

Simplifying
nanosolutions.​

Amar Biosystems offers advanced microfluidic platforms that enables the formulation of lipid nanoparticles, liposomes, polymeric nanoparticles and more.​
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Who we are

Instrumentation for Biopharma Research

Here's the deal. We're all about helping researchers break free from tools that just don't cut it. Unleashing AI-native automation and purpose-built analytical tools designed for the AI-driven lab. That's our mantra, our promise, and we own it.
Our key USP is the combination of microfluidic precision and automation, supported by technical expertise across formulation, engineering and scale-up.
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Microfluidic Precision

Precise microfluidic platforms for controlled and reproducible nanoformulation.

Microfluidic Precision

Precise microfluidic platforms for controlled and reproducible nanoformulation.

Microfluidic Precision

Precise microfluidic platforms for controlled and reproducible nanoformulation.

High reproducibility

Streamlined scalability

Best-in-class pricing

About us

We get it nano formulations can be complex. But your tools do not have to be. With our patented microfluidic chip, we are prioritising precision and reproducibility at the heart of formulation development. Less guesswork, more control, and a smarter way to formulate.

Our Products

Microfluidic Platforms for Nanomedicine Development

Purpose-built platforms designed to bring precision, reproducibility and scalability to nanoparticle formulation and research.

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nanomake-L™

Automated Lab-Scale Microfluidic Platform

Your microfluidics expert for research-scale needs.
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nanomake-S™

Automated Lab-Scale Microfluidic Platform

The baby brother of nanomake-L for early discovery studies.
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Why Choose Us

Why Amar Biosystems ?

Nanomake offers best-in-class pricing through in-house manufacturing, backed by dedicated and responsive technical support. 

Our proprietary architecture enhances precision, ensuring uniform nano-formulation, critical for drug development and delivery. 

Unlike conventional manual systems, nanomake automates critical parameters such as priming, in-line dilution, flow rate, and mixing ratios. 

Nanomake comes with reusable and customizable microfluidic chips with different internal volumes and Material of Construction (MOC) options, making it adaptive to various applications. 

Operates at 100 μL/min to 50 mL/min, enabling early research studies and scale-up studies. 

Our flagship model, the nanomake – L system, includes an exclusive in-built cleaning mechanism, ensuring chip reusability while reducing cross-contamination and lowering operational costs.

Supports multiple syringe sizes (500 μL – 10 mL) and allows for the use of multiple nanomaterials for synthesis of lipid nanoparticles (LNPs), polymeric nanoparticles, liposomes and emulsions. 

25+

Years of Experience

LET'S ADVANCE TOGETHER

Ready to see nanomake-L™ in action?

Experience how automated microfluidics can accelerate your research.

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Frequently Asked Questions

Find answers to the most common questions.
What does Amar Biosystems specialize in?
Amar Biosystems develops innovative solutions for nanoparticle and advanced therapeutic formulation, with a focus on microfluidic technologies, automation, and scalable manufacturing.
nanomake-L™ is an automated microfluidic platform designed for precise, reproducible, and efficient nano-formulation at the laboratory scale. It supports applications including LNPs, polymeric nanoparticles, liposomes, and emulsions.
Our platforms can support the development of lipid nanoparticles (LNPs), polymeric nanoparticles, liposomes, emulsions, and microspheres, depending on the formulation and research requirements.
Yes. Our microfluidic platforms are designed with scalability in mind, helping researchers move from formulation development and optimization toward larger-scale studies while maintaining process consistency.
Our solutions combine controlled microfluidic mixing, automation, flexible flow rates, and reusable microfluidic systems to reduce manual intervention, improve reproducibility, and lower operational costs.
You can request a demo or speak with our team to discuss your formulation requirements, application, and scale. Our team can help identify the most suitable solution for your research or development needs.