MED Probe & Related Products | Products | Alpha MED Scientific, Inc.

MED Probe

MED Probe [MED-P2105, MED-P210A, MED-R2105, MED-R210A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	20 x 20 μm
Recording electrodes spacing	100 μm
Number of reference electrodes	16
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	8.5 mm
Electrode impedance (f= 1kHz)	Typ. 15 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P5155, MED-P515A, MED-R5155, MED-R515A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	16
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	8.5 mm
Electorde impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P530, MED-P530A, MED-R5305, MED-R530A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	300 μm
Number of reference electrodes	16
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	9.2 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P5455, MED-P545A, MED-R5455, MED-R545A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	450 μm
Number of reference electrodes	16
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	10 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P50015, MED-P5001A, MED-R50015, MED-R5001A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	Φ20 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	16
Reference electrodes size	Φ100 μm
Reference electrodes blocks spacing	10 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P50025, MED-P5002A, MED-R50025, MED-R5002A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	Φ20 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	16
Reference electrodes size	Φ100 μm
Reference electrodes blocks spacing	10 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	外径25/ 内径22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P2H075, MED-P2H07A, MED-R2H075, MED-R2H07A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	61
Recording electrodes size	Φ20 μm
Recording electrodes spacing	70 μm
Number of reference electrodes	16
Reference electrodes size	Φ100 μm
Reference electrodes blocks spacing	10 mm
Electrode impedance (f= 1kHz)	Typ. 15 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P50035, MED-P5003A, MED-R50035, MED-R5003A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	Φ50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes数	16
Reference electrodes size	Φ100 μm
Reference electrodes blocks spacing	10 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P50045, MED-P5004A, MED-R50045, MED-R5004A]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	4
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	12 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	MED-**5: 5 mm MED-**A: 10 mm

MED Probe [MED-P5D15A, MED-P5D15B, MED-R5D15A, MED-R5D15B]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Acrylic resin
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	Φ50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	16
Reference electrodes size	Φ100 μm
Reference electrodes blocks spacing	10 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	10 mm
Divider height	MED-**A: 10 mm MED-**B: 5 mm

MED Probe [MED-P5DF15, MED-R5DF15]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Acrylic resin
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	4
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	12 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	10 mm
Divider height	10 mm

MED Probe [MED-P5FF15, MED-R5FF15]

Sixty-four planar microelectrodes are arranged in an 8 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Basic.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Acrylic resin
General Information
Substrate size	50 x 50 mm
Number of recording electrodes	64
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	4
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	12 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	10 mm
Divider height	10 mm

MED Probe 16

MED Probe 16 [MED-PG515A, MED-RG515A]

Sixteen planar microelectrodes are arranged in an 4 x 4 grid embeded in the center of a transparent glass substrate.
Any of the 16 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Quad II.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	30 x 40 mm
Number of recording electrodes	16
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	16
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	14 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	10 mm

MED Probe 16 [MED-PG501A, MED-RG501A]

Sixteen planar microelectrodes are arranged in an 2 x 8 grid embeded in the center of a transparent glass substrate.
Any of the 16 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Quad II.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	30 x 40 mm
Number of recording electrodes	16
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	16
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	14 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	10 mm

MED Probe 16 [MED-PG207A, MED-RG207A]

Sixteen planar microelectrodes are arranged in an 4 x 4 grid embeded in the center of a transparent glass substrate.
Any of the 16 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Quad II.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	30 x 40 mm
Number of recording electrodes	16
Recording electrodes size	20 x 20 μm
Recording electrodes spacing	70 μm
Number of reference electrodes	16
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	14 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	10 mm

MED Probe 16 [MED-PG530A, MED-RG530A]

Sixteen planar microelectrodes are arranged in an 4 x 4 grid embeded in the center of a transparent glass substrate.
Any of the 16 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Quad II.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	30 x 40 mm
Number of recording electrodes	16
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	300 μm
Number of reference electrodes	16
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	14 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Chamber ring size	OD25/ ID22 mm
Chamber ring height	10 mm

MED Multi-well Probe

MED Multi-well Probe [MED-P5NF30, MED-R5NF30]

Sixteen planar microelectrodes are arranged in the each center of 4 wells on a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Allegro.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Glass
General Information
Substrate size	100 x 35 mm
Number of recording electrodes	16/well
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	300 μm
Number of reference electrodes	16/well
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	12 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Number of wells	4
Well size	Φ16 mm
Well height	10 mm

MED Multi-well Probe [MED-P5N811, MED-R5N811]

Eight planar microelectrodes are arranged in the each center of 8 wells on a transparent glass substrate.
Any of the 64 electrodes can be used for stimulation (up to two simultaneously for current-driven stimulus).
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
In addition to the original platinum-black electrode type MED probe (MED-P****), more durable carbon nanotube electrode type MED probe (MED-R****) can be chosen.
It is supported on MED64-Allegro.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	MED-P**: platinum black MED-R**: carbon nanotube
Chamber ring	Acrylic resin
General Information
Substrate size	100 x 35 mm
Number of recording electrodes	8/well
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	300 μm
Number of reference electrodes	16/well
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	5.5 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Number of wells	8
Well size	7.5 x 16 mm
Well height	10 mm

MEA Plate

MEA Plate [MED-Q2430L]

Sixteen planar microelectrodes are arranged in the each center of 24 wells on a transparent glass substrate.
Predesignated one or two electrodes can be chosen for stimulation in each well.
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
It is supported on MED64-Presto.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	Carbon nanotube
Well	Acrylic resin
General Information
Substrate size	105 x 140 mm
Number of recording electrodes	16/well
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	300 μm
Number of reference electrodes	16/well
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	11,9 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Number of wells	24
Well size	Φ16 mm
Well height	10 mm
Well volume	2 ml

MEA Plate [MED-Q2430M]

Sixteen planar microelectrodes are arranged in the each center 24 wells on a transparent glass substrate.
Predesignated one or two electrodes can be chosen for stimulation in each well.
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
It is supported on MED64-Presto.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	Carbon nanotube
Well	Acrylic resin
General Information
Substrate size	105 x 140 mm
Number of recording electrodes	16/well
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	300 μm
Number of reference electrodes	16/well
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	5.4 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Number of wells	24
Well size	Φ11 mm
Well height	10 mm
Well volume	1 ml

MEA Plate [MED-Q4830]

Eight planar microelectrodes are arranged in the each center of 48 wells on a transparent glass substrate.
Predesignated one or two electrodes can be chosen for stimulation in each well.
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
It is supported on MED64-Presto.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	Carbon nanotube
Well	Acrylic resin
General Information
Substrate size	105 x 140 mm
Number of recording electrodes	8/well
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	300 μm
Number of reference electrodes	16/well
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	5.4 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Number of wells	48
Well size	7.5 x 16 mm
Well height	10 mm
Well volume	1 ml

MEA Plate [MED-Q615]

Sixty-four planar microelectrodes are arranged in the each center of 6 wells on a transparent glass substrate.
Predesignated one or two electrodes can be chosen for stimulation in each well.
The industory's lowest-impedance microelectrodes provide excellent signal-to-noise ratio as well as stimulation capabilities.
It is supported on MED64-Presto.

SPECIFICATIONS

Materials
Substrate	Glass, T=0.7 mm
Conducting layer	ITO (Indium Tin Oxide), T=0.15 μm
Insulation layer	Polyimide
Electrodes	Carbon nanotube
Well	Glass
General Information
Substrate size	105 x 140 mm
Number of recording electrodes	64/well
Recording electrodes size	50 x 50 μm
Recording electrodes spacing	150 μm
Number of reference electrodes	16/well
Reference electrodes size	200 x 200 μm
Reference electrodes blocks spacing	8.5 mm
Electrode impedance (f= 1kHz)	Typ. 10 kΩ
Maximum current output	±200 μA (t=300 μS)
Maximum voltage output	±1 V
Number of wells	6
Well size	Φ22 mm
Well height	10 mm
Well volume	3.8 ml

MED Cell Droplet 24 [MED-CRD24]

Red marker is printed at the place corresponding to recording electrodes in each well of a 24-well MEA Plate. It can give indications of cell plating places by laying under a MEA plate.

SPECIFICATIONS

Size	W160 x L125 x H5 mm
Weight	101 g
Material	Acrylic resin

MED Cell Spotter [MED-CRS01]

Autoclavable cloning cylinder integrated MED Cell Spotter for seeding cell suspension for MED-P515A and MED-R515A. Prevents the cell suspension from spreading to reference electrodes.

SPECIFICATIONS

Size	Φ22 x H10 mm Cylinder ID: 3.5 mm
Weight	0.7 g
Material	Polycarbonate

MED Cell Spotter [MED-CRS24L]

Autoclavable cloning cylinder integrated MED Cell Spotter for seeding cell suspension for MED-Q2430L. Prevents the cell suspension from spreading to reference electrodes.

SPECIFICATIONS

Size	Φ16 x H10 mm Cylinder ID: 3.5 mm
Weight	0.4 g
Material	Polycarbonate

MED Cell Spotter [MED-CRS24L-B]

Autoclavable cloning cylinder integrated MED Cell Spotter for brain organoid for MED-Q2430L.

SPECIFICATIONS

Size	Φ16 x H10 mm Cylinder ID: 7 mm
Weight	0.51 g
Material	Polycarbonate

MED Cell Spotter [MED-CRS24M]

It is the guide frame can help to stand a cloning cylinder with 5 mm of outer diameter surrounding the 16 recording electrodes in each well of a MEA Plate.

SPECIFICATIONS

Size	W110 x L75 x H10 mm
Weight	94 g
Material	Aluminum

MED Cell Spotter [MED-CRS48]

Autoclavable cloning cylinder integrated MED Cell Spotter for brain organoid for MED-Q4830.

SPECIFICATIONS

Size	W16 x L7 x H10 mm Cylinder ID: 3.5 mm
Weight	0.33 g
Material	Polycarbonate

PRODUCTSMED PROBES & RELATED PRODUCTS

MED Probe

MED Probe [MED-P2105, MED-P210A, MED-R2105, MED-R210A]

MED Probe [MED-P5155, MED-P515A, MED-R5155, MED-R515A]

MED Probe [MED-P530, MED-P530A, MED-R5305, MED-R530A]

MED Probe [MED-P5455, MED-P545A, MED-R5455, MED-R545A]

MED Probe [MED-P50015, MED-P5001A, MED-R50015, MED-R5001A]

MED Probe [MED-P50025, MED-P5002A, MED-R50025, MED-R5002A]

MED Probe [MED-P2H075, MED-P2H07A, MED-R2H075, MED-R2H07A]

MED Probe [MED-P50035, MED-P5003A, MED-R50035, MED-R5003A]

MED Probe [MED-P50045, MED-P5004A, MED-R50045, MED-R5004A]

MED Probe [MED-P5D15A, MED-P5D15B, MED-R5D15A, MED-R5D15B]

MED Probe [MED-P5DF15, MED-R5DF15]

MED Probe [MED-P5FF15, MED-R5FF15]

MED Probe 16

MED Probe 16 [MED-PG515A, MED-RG515A]

MED Probe 16 [MED-PG501A, MED-RG501A]

MED Probe 16 [MED-PG207A, MED-RG207A]

MED Probe 16 [MED-PG530A, MED-RG530A]

MED Multi-well Probe

MED Multi-well Probe [MED-P5NF30, MED-R5NF30]

MED Multi-well Probe [MED-P5N811, MED-R5N811]

MEA Plate

MEA Plate [MED-Q2430L]

MEA Plate [MED-Q2430M]

MEA Plate [MED-Q4830]

MEA Plate [MED-Q615]

Related Products

MED Cell Droplet 24 [MED-CRD24]

MED Cell Spotter [MED-CRS01]

MED Cell Spotter [MED-CRS24L]

MED Cell Spotter [MED-CRS24L-B]

MED Cell Spotter [MED-CRS24M]

MED Cell Spotter [MED-CRS48]