Micronit Introduces Three Microfluidic Mixers for LNP and Liposome Research

ENSCHEDE, Netherlands – Micronit, a leading innovator in microfluidic technology, today announced the launch of three revolutionary borosilicate glass microfluidic mixers now available for immediate order through the company's webshop. The borosilicate glass construction delivers exceptional chemical resistance and optical clarity, enabling researchers to work with aggressive solvents and monitor reactions in real-time. We invite researchers to discover how these innovative microfluidic mixers can accelerate their LNP and liposome research projects. 

Precision-Engineered Mixer Technologies

Teardrop Micromixers: Optimized for Low Reynolds Number Applications Engineered for fast and efficient mixing of liquids operating under low Reynolds numbers (RE < 100), Micronit's Teardrop mixer employs a sophisticated splitting and recombination mechanism through precisely shaped teardrop elements. This design creates multiple liquid interaction surfaces while maintaining the compact footprint essential for integrated microfluidic systems. The fully transparent borosilicate glass construction enables real-time visualization of mixing processes, crucial for protocol optimization and quality control. Direct link to the product in the webshop

Swirl Mixers: Advanced Vortex Generation Micronit's Swirl configuration leverages controlled vortex formation to enhance mixing efficiency across a broader range of flow conditions. This design excels in applications requiring rapid homogenization of reagents with varying viscosities, making it particularly valuable for complex pharmaceutical formulations and multi-component nanoparticle synthesis. - Direct link to the product in the webshop

Double F Mixers: Dual-Channel Precision Mixing Featuring a unique dual-channel architecture, Micronit's Double F mixer provides independent control over two liquid streams before their controlled convergence. This configuration offers researchers unprecedented flexibility in ratio control and reaction timing, essential for sensitive processes such as liposome formation and controlled drug encapsulation. Direct link to the product in the webshop

Accelerating Scientific Discovery

These microfluidic mixers represent a significant advancement for researchers working in pharmaceutical development, materials science, and nanotechnology. The combination of precise flow control, chemical compatibility, and optical accessibility creates new possibilities for:

• Pharmaceutical Research: Enhanced drug formulation development with improved encapsulation efficiency and release profiles
• Materials Science: Controlled synthesis of functional nanoparticles with tailored properties
• Process Development: Streamlined scale-up from laboratory research to manufacturing processes
• Quality Control: Real-time monitoring capabilities for consistent product quality

Explore Collaboration Opportunities

You can now place immediate orders for the Teardrop, Swirl, and Double F mixers through Micronit's webshop. Visit our online store to view detailed technical specifications or to place an order. Our team of microfluidics experts is ready to support your project development and can help you customize mixing chips.