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E-mail
willnano@163.com
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Phone
18550201458
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Address
3rd Floor, North Building A1, Biological Nanotechnology Park, No. 218 Xinghu Street, Suzhou Industrial Park
Suzhou Micro Flow Nano Biotechnology Co., Ltd
willnano@163.com
18550201458
3rd Floor, North Building A1, Biological Nanotechnology Park, No. 218 Xinghu Street, Suzhou Industrial Park

Flexible Multiphase Flow Platform: Supports mixing and nanomaterialization of 2-phase, 3-phase, and even 4-phase fluids, expanding the boundaries of formulations.
All metal sterile flow channel: 316L stainless steel chip, capable of high-pressure sterilization, compatible with harsh solvents, and designed for GMP.
Millisecond level precise mixing: fluid dynamic focusing ensures ultra-high consistency of particle size and PDI between batches.
Online temperature control: Optional temperature control module, breaking through the limitation of lipid phase transition and optimizing the encapsulation of insoluble components.

1. Traditional stirring methods and microfluidic devices based on glass/polymer chips often face challenges in terms of sterility assurance, solvent compatibility, and process stability. NanoMixer, with its all metal design, provides you with reliable, scalable, and reproducible solutions from basic research to preclinical development.
One click intelligent operation: integrated touch screen, simplified process, lowered operation threshold, and improved experimental efficiency.
Stable particle size and PDI: By precise fluid dynamic focusing and millisecond level laminar mixing, high uniformity nanoparticles (such as LNP, liposomes, polymer nanoparticles) are continuously produced.
Expanding the process window: Online temperature monitoring function allows you toappropriateSynthesis at a certain temperature significantly improves the encapsulation efficiency and solubility of poorly soluble drugs, such as anticancer drugs and nucleic acid drugs.
3Application field
Lipid nanoparticles (LNP) for mRNA/siRNA delivery
Preparation of Liposomes and Polymer Nanoparticles
Nanocrystallization of insoluble drugs
Synthesis of multi-component complex nanostructures

Common optional microfluidic chip models:
microfluidic chip |
Mixed numbers |
Runner type |
Temperature control function |
AB-Y |
2 phases |
Y-shaped |
× |
AB-S |
2 phases |
S-type |
× |
AB-X |
2 phases |
X-shaped |
× |
AB-Y-T |
2 phases |
Y-shaped |
√ |
AB-S-T |
2 phases |
S-type |
√ |
AB-X-T |
2 phases |
X-shaped |
√ |
ABC-Y |
3 phases |
Y-shaped |
× |
ABC-S |
3 phases |
S-type |
× |
ABC-X |
3 phases |
X-shaped |
× |
ABC-Y-T |
3 phases |
Y-shaped |
√ |
ABC-S-T |
3 phases |
S-type |
√ |
ABC-X-T |
3 phases |
X-shaped |
√ |
ABCD-Y |
4 phases |
Y-shaped |
× |
ABCD-S |
4 phases |
S-type |
× |
ABCD-X |
4 phases |
X-shaped |
× |
ABCD-Y-T |
4 phases |
Y-shaped |
√ |
ABCD-S-T |
4 phases |
S-type |
√ |
ABCD-X-T |
4 phases |
X-shaped |
√ |
NanoMixer microfluidic synthesizerInstruction Manual