1972 to 2022 – Celebrating 50 Years of Innovation at Digitimer
1972-2022 Celebrating 50 years of innovation at Digitimer
Blog
Stimulators – a brief overview of our life science collection
Stimulators A brief overview of our life science collection Need a stimulator for your life science research? Welcome to Digitimer
Digitimer are Exhibiting at FENS 2022
Digitimer are Exhibiting at FENS 2022 in Paris New product developments include the D360R-4 Amplifier and D400 Noise Eliminator Visit
Galvanic Vestibular Stimulation and the DS5 Bipolar Stimulator
Galvanic Vestibular Stimulation and the DS5 Bipolar Stimulator Research aboard the "Vomit Comet" and a Novel Treatment for Seasickness The
A Second Chance for Digitimer’s “Old Timers”
A Second Chance for Digitimer's "Old Timers" Experimental music & retro technology museums Digitimer celebrates its 50th anniversary in 2022
Non-invasive Phrenic Nerve Stimulation During Mechanical Ventilation
Learn more about the equipment required to make axonal excitability measurements
Using the DS7A to Study Pain & Secondary Hyperalgesia
Studying Pain & Secondary Hyperalgesia with the Digitimer DS7A and EPS-P10 Electrode Introduction For decades, Digitimer stimulators have been employed
Conventional and Threshold-Tracking TMS Tests for Single-handed Operation
Conventional and Threshold-Tracking Transcranial Magnetic Stimulation Tests for Single-handed Operation
New Products for Human Neurophysiology
Digitimer extends its range of electrodes and neurodiagnostic accessories
Examining Nerve Excitability using QtracW Threshold Tracking Software
Learn more about the equipment required to make axonal excitability measurements
New 8 Channel Digitimer D400 50/60Hz Noise Eliminator Launched
The two and four channel D400 Noise Eliminators are now joined by the NEW 8-channel D400-8, ideal for removing 50/60Hz mains noise from multiple signals of interest.
NeuroLog System Application Note – Stimulate or record through the same electrode
The NeuroLog System NL100RK may be used to allow recording, stimulation or tissue lesioning without having to disconnect and reconnect the electrode.