
EPC 10 USB 3.0 Amplifiers
The EPC 10 USB 3.0 amplifier combines HEKA’s decades of expertise to uphold innovative ideas culminated in a refined and sophisticated amplifier that offers enhanced
The EPC 10 USB 3.0 amplifier combines HEKA’s decades of expertise to uphold innovative ideas culminated in a refined and sophisticated amplifier that offers enhanced
Carbon fiber microelectrode isolated by glass. The electroactive diameter is 4.7 µm, the RG value approximately 3, and the length approximately 8 cm. The carbon
Gold disk microelectrodes isolated by glass. These gold UMEs can be offered with a variety of electroactive diameters as follows (with total length approximately =
The electroactive core is completely surrounded by glass. Therefore, the electrodes can be used in strong acids and aggressive organic solvents. Available diameters and RG
Carbon fiber microelectrode isolated by glass. The electroactive diameter is 25 µm, the RG value approximately 3, and the length approximately 8 cm. Gold-plated pin
HEKA’s new microelectrode holder, made of extremely low noise polycarbonate, offers a very low noise contact for microelectrodes, eliminates electrode movement by a special holder
HEKA’s pipette holder are made of extremely low-noise polycarbonate, offers two major improvements that virtually eliminate pipette movement and air leakage by elongation of the
Three-port pipette holder for theta glass. The two electrical ports have male SMA connectors. A 1.5 mm (OD) steel tube allows to connect a pipette
A straight optical port (SMA-type) couples a HEKA cannula to an optical fiber. Under 40°, a second SMA-type port connects a silver wire. Under 90°,
In many applications, the signal-to-noise ratio can be improved only with the use of a Faraday cage. A Faraday cage shields by suppressing the magnetic
The EPC 10 USB 3.0 amplifier combines HEKA’s decades of expertise to uphold innovative ideas culminated in a refined and sophisticated amplifier that offers enhanced
Carbon fiber microelectrode isolated by glass. The electroactive diameter is 4.7 µm, the RG value approximately 3, and the length approximately 8 cm. The carbon
Gold disk microelectrodes isolated by glass. These gold UMEs can be offered with a variety of electroactive diameters as follows (with total length approximately =
The electroactive core is completely surrounded by glass. Therefore, the electrodes can be used in strong acids and aggressive organic solvents. Available diameters and RG
Carbon fiber microelectrode isolated by glass. The electroactive diameter is 25 µm, the RG value approximately 3, and the length approximately 8 cm. Gold-plated pin
HEKA’s new microelectrode holder, made of extremely low noise polycarbonate, offers a very low noise contact for microelectrodes, eliminates electrode movement by a special holder
HEKA’s pipette holder are made of extremely low-noise polycarbonate, offers two major improvements that virtually eliminate pipette movement and air leakage by elongation of the
Three-port pipette holder for theta glass. The two electrical ports have male SMA connectors. A 1.5 mm (OD) steel tube allows to connect a pipette
A straight optical port (SMA-type) couples a HEKA cannula to an optical fiber. Under 40°, a second SMA-type port connects a silver wire. Under 90°,
In many applications, the signal-to-noise ratio can be improved only with the use of a Faraday cage. A Faraday cage shields by suppressing the magnetic