mPOR enables completely new research in the field of electroporation

mPOR enables completely new research in the field of electroporation

High-technology development

We develop high-voltage pulse generators, applicators, and meters for use in biomedicine and biotechnology.

Advanced Pulse Generation

Pulse generators produce high-voltage, high-current pulses ranging from nanoseconds to milliseconds.

Integrated graphical interface

We support a wide range of pulse parameters that are easily controlled with thoughtfully designed graphical interface.

Adjustable Power Supply

High-voltage power supply have a variable output voltage, which allows the generation of a wide range of amplitudes.

Meet the L-POR Electroporator

We present you our device named L-POR, it is a revolutionary device, with 9 adjustable pulse parameters and 3 pulse modes. It is perfect for laboratory research as it enables completely new experiments in the electroporation field. It is the first commercially available high-frequency electroporator, and the first device that also generates asymmetrical bipolar pulses.

L-POR Electroporator

Laboratory High Frequency Electroporator L-POR

Designed with user in mind

Our devices feature graphical user interfaces for intuitive control of complex electroporation pulse parameters and signal measurements.

Intuitive User Experience

Advanced Pulse Capabilities

Our generators offer monopolar, bipolar, and bipolar asymmetric pulse modes with high-frequency output and fast rise/fall times for precise, application-specific electroporation.

Designed for Flexibility

Reliable Output & Protection

Our systems feature an external trigger input, short circuit protection, and deliver up to 70 A of output current for safe and reliable high-power operation.

High-Power Output with Built-in Protection

M-POR Electrodes

Reusable electroporation applicators

They are not intended for general use, but only for use in research laboratories. An electrode set consists of a cable with connectors, a plastic handle and two parallel stainless steel plate electrodes.

MPOR Electrodes

A curated selection of peer‑reviewed studies showcasing our pulse generators driving innovations

latest articles

Blažič A, Šmerc R, Polajžer T, Miklavčič D, Rems L. Reassessing lidocaine as an electroporation sensitizer in vitro.
Sci. Rep. 15: 25593, 2025.

2025 The Authors DOI 10.1038/s41598-025-11695-3

Polajžer T, Kranjc M, Kralj S, Caf M, Romih R, Hudoklin S, Rocca F, Miklavčič D. Limited efficacy of nanoparticle-assisted electroporation for membrane permeabilization and gene electrotransfer.
Pharmaceutics 17: 964, 2025.

2025 The Authors DOI 10.3390/pharmaceutics17080964

Blažič A, Guinard M, Leskovar T, O’Connor RP, Rems L. Long-term changes in transmembrane voltage after electroporation are governed by the interplay between nonselective leak current and ion channel activation.
Bioelectrochemistry 161: 108802, 2024.

2024 The Authors DOI 10.1016/j.bioelechem.2024.108802

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