Exosome analysis system Exoid

Exoid is an advanced platform for high-precision analysis of nanoparticles and extracellular vesicles in biological and other fluids.

 

The instrument is designed for researchers seeking detailed, real-time data on nanoparticle size, concentration, and characteristics.

 

Features of Exoid:

Exoid is Izon’s latest instrument for measuring the physical characteristics of nanoparticles in solution. It operates based on Tunable Resistive Pulse Sensing (TRPS) technology, which enables precise determination of particle size, concentration, and zeta potential.

 

By using nanopores of appropriate size, Exoid performs measurements within defined size ranges. The uniquely high-resolution data provided by Exoid allows confident sample comparison and reliable results.

 

• Real-time analysis with high throughput.

• Automated calibration and user-friendly interface.

• Multiparametric analysis capability — simultaneous detection of physical and fluorescent particle characteristics.

• Compact design and ease of use suitable for laboratories of various levels.

• Support for various sample types: biological fluids, nanomaterials, lyophilized samples.

 

Advantages of Exoid:

• High accuracy and reproducibility of nanoparticle analysis results.

• Wide particle size range — from 40 nm to 1 µm.

• Capability for qualitative and quantitative analysis of exosomes and other vesicles.

• Convenient software with visualization and statistical functions.

• Enhances research productivity through fast analysis and minimal sample preparation time.

 

GMP Compliance:

Exoid is designed to meet the needs of laboratories operating in regulated environments. The instrument supports compliance with GMP standards, making it suitable for pharmaceutical research, quality control, and manufacturing processes.

 

Thanks to its accuracy, reproducibility, and full data audit capability, Exoid can be integrated into GLP/GMP-compliant environments, ensuring high reliability when working with critical biological samples.