MEA

Axion BioSystems Maestro Edge system for MEA assays

Maestro Edge

MEA and live-cell analysis system

Assays: neural, cardiac, oncology, virology, cellular kinetics, and more

MEA Plates: 6 & 24-well

Impedance Plates: 96-well
Axion BioSystems Maestro Pro MEA system

Maestro Pro

High-throughput MEA and live-cell analysis system

Assays: neural, cardiac, oncology, virology, cellular kinetics, and more

MEA Plates: 6, 12, 24, 48, & 96-well

Impedance Plates: 96- & 384-well
Maestro Volt MEA system nominee for best new life science product of the year

Maestro Volt

An affordable MEA system for every lab

Assays: neural and cardiac

MEA Plates: 6-well
Axion BioSystems AxIS Navigator software for MEA assay analysis

MEA Software

Software modules for the Maestro MEA platform. Simple assay setup, real-time data visualization, and powerful experimental data analysis.
Axion BioSystems BioCircuit MEA plate

BioCircuit MEA Plate

Maestro MEA plates with an opaque well bottom delivering high-quality results at the lowest cost per well
Axion BioSystems CytoView MEA plate

CytoView MEA Plate

The premium Maestro MEA plate with a transparent well bottom for cell visualization and assay multiplexing
Axion BioSystems Lumos 48 well optogenetic stimulation device for MEA assays

Lumos

Stimulate 24-, 48- or 96-well plates with up to four wavelengths: blue, green, orange and red. Standalone device and pairs with Maestro Pro™ and Edge™
Axion BioSystems Lumos MEA plate - image of well clear well bottom with electrodes

Lumos MEA Plate

Maestro MEA plates designed for use with the Lumos system, featuring a transparent well bottom and light-focusing lid
Axion BioSystems MEA creator kit for custom MEA development

MEA Creator Kit

Connect user-made MEAs to Maestro MEA systems. Test your electrode designs, layouts, and integrate additional components with an easy-to-use adapter plate.
Spheroguide MEA plate for organoid MEA analysis

SpheroGuide MEA Plate

Maestro MEA™ plates built for fast, accurate organoid and spheroid plating with a transparent bottom for visualization and multiplexing