OmniPorator – MULTI
Versatile Electroporation for Diverse Applications
Your Requirements – Our Solution
Multi-Channel Flexibility: The OmniPorator MULTI stands out with its ability to operate up to 8 independent channels simultaneously. This multi-channel functionality makes it exceptionally versatile, suitable for a wide range of applications from complex medical procedures to advanced research projects.
Designed for Advanced Research: With its capacity to handle multiple channels, the MULTI is an ideal choice for research environments where simultaneous experiments or treatments are required. It’s particularly useful in fields like fundamental physics, biology, and chemistry, where precision and adaptability are key.
Highly Customizable and User-Friendly: The MULTI model is designed to be as user-friendly as it is powerful. It comes equipped with advanced features like real-time voltage and current measurement, external trigger, and arbitrary pulse designer. These features are easily accessible through a user-friendly interface, ensuring that even those with basic electrical engineering knowledge can operate it effectively.
Robust and Reliable for Industrial Applications: The OmniPorator MULTI is not just limited to research labs. Its robust design and scalable functionality make it equally suitable for industrial-scale applications. Whether it’s in food processing or medical manufacturing, the MULTI delivers consistent, high-quality performance.
Integrated Impedance Measurement for Enhanced Precision: One of the standout features of the MULTI is its integrated real-time impedance measurement. This allows users to monitor and adjust their electroporation processes with unprecedented precision, ensuring optimal outcomes in every application.
A Tool for Pioneering Electroporation Techniques: The OmniPorator MULTI is at the forefront of electroporation technology. Its advanced capabilities enable researchers and professionals to explore new methodologies and applications, pushing the boundaries of what’s possible in their respective fields.





