Glass Microelectrode Arrays (gMEA)
MultiElectrode Arrays are Consumables for MEASSuRE: View Catalog
BMSEED’s rigid glass microelectrode arrays (gMEAs) offer precise extracellular electrophysiological recording and stimulation capabilities on a durable glass substrate. Available in configurations with 60 or 120 microelectrodes, these gMEAs ensure stable cellular growth surfaces for consistent experimental conditions. The arrays are compatible with Multi Channel Systems for reliable data acquisition and feature recording areas of 1.43 mm to 2.23 mm with a 200 µm interelectrode distance. Ideal for mechanistic and neurophysiological studies, these gMEAs are designed for high-accuracy data capture and support a range of advanced in vitro applications.
60gMEA-30-200-1iR-Ti (60-Ch Glass MEA)
59 microelectrodes + 1 reference electrode
recording area: 1.43 mm x 1.43 mm
interelectrode distance (center-to-center): 200 µm
recording & stimulation of extracellular electrophysiological activity
rigid (glass substrate)
hard (glass) substrate for the cells to grow on
compatible with the Multi Channel Systems data acquisition system
product number (PN): 11-51110
124gMEA-30-200-4iR-Ti (120-Ch Glass MEA)
120 microelectrodes + 4 reference electrode
recording area: 2.23 mm x 2.23 mm
interelectrode distance (center-to-center): 200 µm
recording & stimulation of extracellular electrophysiological activity
rigid (glass substrate)
hard (glass) substrate for the cells to grow on
compatible with the Multi Channel Systems data acquisition system
product number (PN): 11-51210
3D-60gMEA-12-200-40-1iR-Ti (3D-60-Ch Glass MEA)
59 microelectrodes + 1 internal reference electrode
recording area: 1.43 mm x 1.43 mm
interelectrode distance (center-to-center): 200 µm
recording & stimulation of extracellular electrophysiological activity
rigid (glass substrate)
hard (glass) substrate for the cells to grow on
compatible with the Multi Channel Systems data acquisition system
product number (PN): 11-51130
SELECTION GUIDE FOR CONSUMABLE
Identify whether to use stretchable microelectrode arrays, stretchwells, or glass MEAs.
