OmniPorator — Electroporation Pulse Generators

The OmniPorator is VITAVE's electroporation platform — built on the same pulse generator technology that runs across the product range, and optimized specifically for electroporation processes. It is not a simplified instrument. The full depth of the platform is available: precise control over pulse amplitude, duration, polarity, and timing, with advanced capabilities for users who need them.

Single-channel operation covers most electroporation work, from early-stage research to applied use. When larger tissue areas need to be treated, one channel is not enough — the electric field simply cannot reach uniformly across the target. Multi-channel configurations address this by distributing the field across multiple electrodes simultaneously. Beyond coverage, multiple channels also open up more complex electric field geometries that a single electrode pair cannot produce.

The OmniPorator line scales from a single channel to 100-point electrode arrays, but the step from MULTI to MATRIX is not about more channels — it is a different output architecture. MULTI gives you parallel SOLO units: each channel has its own HV and ground, synchronized from one controller. MATRIX gives you a reconfigurable matrix: each channel has a single output pin, software-programmable as ground, HV, or floating. MATRIX exists because that topology enables spatial field control that MULTI's parallel channels cannot — not more throughput, but more degrees of freedom within the treatment area.

OmniPorator SOLO electroporation pulse generator with a total-stop button on its front panel, beside a touchscreen controller.
  • OmniPorator SOLO

    Single-channel electroporation system. Complete parameter control for individual sample work and protocol development.

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  • OmniPorator MULTI

    Parallel electroporation with 4 or 8 synchronized channels. Each channel is a self-contained SOLO-style output with its own HV and ground connections.

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  • OmniPorator MATRIX

    40 to 100 individually programmable points in a matrix architecture. Each point software-configurable as ground, HV, or floating — dynamic field topology for complex electrode arrays.

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Across the OmniPorator line, the platform's full range of capabilities is available: Constant Current for stable energy delivery as tissue or cell impedance shifts, Arbitrary Sequencing for complex multi-pulse protocols, Real-Time Measurement for verified pulse delivery, and more. What applies to each variant — and what is standard versus optional — is covered on the individual product pages.

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