Research and Development: High-throughput methods allow researchers to rapidly screen and test a vast number of nanomaterials and nanosystems, accelerating the discovery of new properties and applications. Scalability: For industrial applications, high throughput is necessary to produce nanomaterials in quantities sufficient for commercial use, ensuring that production can meet market demands. Cost Efficiency: Increased throughput can reduce the cost per unit of nanomaterial by spreading fixed costs over a larger number of units, making nanotechnology more economically viable.
