Microfluidic Mixer MIX-4 Chip for Nanoparticle Synthesis
Product Overview
The Microfluidic Mixer MIX-4 Chip is a precision-engineered microfluidic device specifically designed for controlled nanoparticle synthesis and mixing applications. Each package contains 4 independent mixing devices, enabling efficient high-throughput experimentation or providing backup units for continuous research workflows. Manufactured using advanced injection molding technology, this chip delivers consistent performance and reliability for demanding laboratory applications.
Key Features
4 Independent Mixer Channels: Each package includes 4 separate mixing devices, allowing simultaneous reactions or experimental replication
Optimized Microfluidic Design: Engineered for precise nanoparticle synthesis with controlled mixing dynamics and minimal dead volume
Easy Integration: Compatible with standard microfluidic systems and laboratory equipment for seamless workflow integration
Cost-Effective Solution: Multi-unit package format maximizes experimental capacity while minimizing per-device costs
Applications
Nanoparticle Synthesis: Precise control of mixing parameters for reproducible nanoparticle generation including metal, metal oxide, and polymer nanoparticles
Drug Delivery System Development: Formulation and optimization of liposome-based and nanoparticle-based drug carriers
Materials Science Research: Controlled precipitation and crystallization for novel material development
Chemical Kinetics Studies: Investigation of rapid reaction kinetics under controlled mixing conditions
Colloid and Suspension Preparation: Rapid mixing of colloidal solutions and uniform suspension formation
Process Development and Scaling: Optimization of synthesis protocols prior to scale-up production
High-Throughput Screening: Parallel processing of multiple experimental conditions for accelerated research
Material: Polymer plastic
Important Notes
For Research Use Only.
For technical support, custom formulations, or bulk orders, please contact us.
