Electrophysiology > Extracellular Recording / Multielectrode Products & Reviews

An affordable MEA system for every lab

MEA and live-cell analysis system

High-throughput MEA and live-cell analysis system

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™

The CardioExcyte 96 is a 96 well plate-based hybrid device supporting highly resolved impedance-based measurements and electric field potential recordings. It analyses the contractility and electrophysiology of cellular cardiac networks, as well as morphological changes, e.g. cytotoxic responses, of non-contractile cells such as hepatocytes, cancer cells, cell lines or stem cells.

Contractility under physiological conditions

AtlaZ accelerates cellular research by enabling the investigation of a large variety of effects in cells over time. It offers label-free and real-time monitoring capabilities. It can simultaneously or independently record data from up to six 96-well plates. The system's methodology relies on electrical impedance spectroscopy, which delivers an unprecedented quantity and quality of information from your cellular experiments.

A low-noise multi-electrode array system for in vitro extracellular electrophysiology. The MED64 is a user-friendly multi-electrode array (MEA) system for stimulation and recording of field potentials (extracellular signals) from different areas within a biological sample over hours, days, weeks and even months. Acute or cultured biological preparations are placed or grown directly on a grid of 64 planar microelectrodes, whic…

The PhysioTel F20-EET and F40-EET transmitters are designed primarily for sleep research applications in rodents. These transmitters will allow simultaneous monitoring of two biopotential channels, such as EEG and EMG, temperature, and locomotor activity. The biopotential electrode has an outer diameter of .3mm making the lead an ideal size for use in EEG applications in small animals. 

NeuroNexus ECoG probes are ultra-flexible surface grids with high recording resolution, designed to conform closely to the brain surface for electrocorticography. Flexible and Durable – Fabricated with our polymer MEMS technology, our ECoG probes can conform to the brain surface. Optimized array designs – Select from a variety of ECoG array designs featuring different site spacings, for different applications…

MED64 Mobius software is a data acquisition and analysis package for the MED64 multi-electrode array system with an abundant set of analysis functions available both online and offline. It is designed to be easy for beginners and powerful for advanced users. Mobius comes in various packages including “Evoked Potential Measurements” and “Spike Sorter” as well as a combined package.Mobius is flexible software consisting of vario…

• Biological acute or culture preparations are placed directly into the MED64 multi-electrode array probe.• The MED64 probe allows users to stimulate and record samples using 64 planar microelectrodes in an 8 x 8 array embedded in the center of a transparent glass plate.• Arrays are available in four different inter-electrode spacings; 100, 150, 300 and 450 µm enabling measurements of fine detail from small regions to larger s…

Bandwidth of 0.1Hz -10 kHz allows users to record several types of extracellular potentials. • Low-cut filter (High pass filter) with 0.1, 1, 10, and 100Hz cutoff. • High cut filter (Low pass filter) with 1, 2.5, 5, 7.5, and 10kHz cutoff. • Built-in 2-channel stimulator allows users to program and deliver complex stimulation sequences independently through any 2 electrodes. • USB connection to computer.SpecificationsHead Ampl…

Elegant and simple to use, the BV-10 offers precision beveling of micropipette tips between 0.1 and 100µm. The unique abrasive plate drive system is vibration free for greater control of the beveling process. Beveling can be accomplished very rapidly and produces consistent tip diameters using the techniques as described by Brown and Flaming, Science, August 1974, Vol. 185. Intracellular recording electrodes can benefit from…