Multifunctional synthesis platform nanomake™-L

Overview
nanomake-12-L is India's first automated microfluidic platform for precise, reproducible lab-scale nano-formulation. The instrument uses controlled microfluidic mixing to produce uniform, high-quality nanoparticles and supports both single-use and multi-use microfluidic chips.

Key Differentiators

• Cost-effective, locally manufactured: up to 40–260% lower cost than imported systems and reduced maintenance due to local components and support.
• Fully automated & plug-and-play: automates priming, in-line dilution, flow rates and mixing ratios for zero manual intervention.
• Multi-use microfluidic chips: reusable, customizable chips available in different internal volumes and materials.
• Patented microchannel design: proprietary architecture for enhanced precision and uniform nano-formulation.
• Wide flow rate range: 100 µL/min to 50 mL/min for lab-scale experiments and scale-up studies.
• Integrated wash program: built-in cleaning reduces cross-contamination and operational costs.
• Scalable & flexible: supports multiple syringe sizes (500 µL–10 mL) and a variety of nanomaterials.

Why nanomake-12-L?

• User-friendly operation
• High reproducibility
• Nano-formulation optimization
• Flexible operation modes
• Reusable microfluidic chips

Features

• Fully automated operation.
• Multi-use microfluidic chip support.
• Wide flow rate range on a single platform.
• Configurable 3 precursor pumps.
• Built-in washing program.
• Interchangeable microfluidic chips.
• Easily replaceable 2 mL, 15 mL and 50 mL sample collection attachments.

Specifications / Technical specifications

• Flow rates: 100 µL/min to 50 mL/min.
• Temperature range: Ambient to 60°C (optional pre-heater).
• Number of precursor pumps: 3.
• Syringe sizes: 500 µL, 1 mL, 2.5 mL, 5 mL, 10 mL.
• Microreactor: multi-use microreactor.
• Nanomaterial synthesis: lipid nanoparticles (LNPs), polymeric nanoparticles, emulsions, liposomes, microspheres.
• Controls: total flow rate, flow ratio, sample volume, in-line dilution.