Products Designed for Research
Implantable Headstage with Wireless transmition of the data obtained from CNS or peripheral targets. Supports 5, 16, 32 recording channels systems.
Wirelessly transmits data obtained from electrodes. Supports 5, 15, 31, 63, and 126 recording channels systems. Minimum 50 kHz sampling rate per recording channel.
Tethered recording setup with minimal wiring. 3 wires for 32 channels, adding just 1 wire for each additional headstage. Up to seven 32 channel headstages per system.
Tethered headstage of choice throughout the Neuroscience community. 1:1 channel to wire ratio. Single headstages and total solutions available .
Dual channel implantable stimulators: wireless programmable and pre-programmable. Capable of 100us minimum pulse width. Up to +/- 1mA output current. StimWare (required) enables user-configurable control over three tiers of nested pulse patterns.
1 or 3 channel implantable mouse stimulators: wireless programmable and preprogrammable. Capable of 50us minimum pulse width. Up to +/- 1mA output current. StimWare required.
Dual channel stimulators: wireless programmable and pre-programmable. Capable of 100us minimum pulse width. Up to +/- 1mA output current. StimWare (required) enables user-configurable control over three tiers of nested pulse patterns.
Acquires digitized data from any W/M/T series DAQ base station. Includes flexible channel viewing, filtering, and referencing options. Easily adjustable spike threshold detection and spike sorting. OptiMap integration option available. Data exportable to .nex/.txt formats (.nex to .edf conversion available).
Simple intuitive application for tracking multiple distinct colors. Acquires data via USB plug & play webcam. Includes functions for fast and easy data playback and manipulation. Available as standalone or integrated into NeuroWare.
User-friendly stimulation protocol creation and triggering software to be used with either our wireless or implantable electrical stimulation and optogenetic stimulation hardware. StimWare® allows the user to simply customize their protocols from trigger delays, output current, and LED brightness levels to then wirelessly triggering; allowing a streamlined process for successful experiments.
for Wireless Headstages
for Recording Headstages
for All Headstages
for All Applications
for Extending Headstage Battery Life
for Small Animals
for Tethered Recording Systems