16.04.2026
Nanion and Elements power the next generation of Patchliner platforms
Following several years of close collaboration, Nanion Technologies and Elements Srl have jointly developed a new generation of Patchliner systems, integrating advanced microchip-based amplifier technology into the newly launched Patchlinerᵉ and Patchlinerᵐ platforms.
This development represents more than a technical upgrade. It reflects a shared effort to rethink how amplifier technology is designed and implemented in automated patch clamp, combining expertise in microelectronics and electrophysiology to enable more integrated and efficient system architectures.
The newly developed Patchlinerᵐ combines Elements’ miniaturized amplifiers in a compact, easy-to-use automated patch clamp system.
From joint development to integrated system design
The new Patchliner generation is the result of years of close collaboration, including technical exchange, prototyping, and iterative optimization between the two teams. Building on earlier joint projects such as the Orbit mini, this partnership has evolved into a deep co-development effort.
By integrating Elements’ multichannel microchip amplifiers directly into the system, the Patchlinerᵉ and Patchlinerᵐ platforms achieve a new level of miniaturization while maintaining high signal quality and experimental reliability.
Elements contributes over a decade of experience in designing low-noise, high-bandwidth amplifiers for demanding applications such as nanopore measurements and electrochemistry. Their custom ASIC-based technology enables independent recording across multiple channels without multiplexing, ensuring high data fidelity and throughput.
What this means for electrophysiology
This collaboration reflects a broader shift in the field: moving away from traditional discrete-component electronics toward highly integrated, application-specific solutions.
For researchers, this translates into systems that combine performance with usability, supporting reliable data acquisition while simplifying experimental workflows and reducing system complexity. This is particularly relevant for applications requiring high data quality across multiple channels without compromising throughput.
Learn more about the new Patchliner platforms or explore the full announcement below.