Microfluidics

These processors are designed for efficient cell disruption, creating nanoemulsions, nanosuspensions, and nanodispersions, making them ideal for research and development in laboratories.

Yes, these processors offer options to work with smaller sample sizes while maintaining scalability and performance.

The interaction chambers are available in ceramic or diamond materials, providing durability and compatibility with various substances.

No, these processors do not require compressed air or cooling water, ensuring quiet and efficient operation.

The processors are designed to deliver consistent results with superior flow rates, ensuring that experiments can be scaled from small samples to larger batches effectively.

Yes, their compact and efficient design allows them to fit seamlessly into any laboratory environment.

They provide more efficient processing, better scalability, and quiet operation without the need for external utilities like compressed air, which reduces operational complexity.

Yes, they are versatile and capable of handling a wide range of samples, including biological cells, emulsions, and dispersions, with consistent results.

Yes, the choice of interaction chamber materials and sample size capabilities allows customization to suit different laboratory requirements.