14 900,00€
Since 2008, across over 180 published trials, and 15,000 stimulation sessions, the Soterix Medical 1×1 tDCS is the recognized standard in tDCS research. The 1×1 tDCS anchors the 1×1 class of stimulators, with unique features such as RELAX, SmartSCAN, and TrueCurrent with exhaustively validated accessories. The upgraded 1×1 tDCS includes LTE and Adaptive Current to 5 mA.
Since 2008, across over 180 published trials, and 15,000 stimulation sessions, the Soterix Medical 1×1 tDCS is the recognized standard in tDCS research. The 1×1 tDCS anchors the 1×1 class of stimulators, with unique features such as RELAX, SmartSCAN, and TrueCurrent with exhaustively validated accessories. The upgraded 1×1 tDCS includes LTE and Adaptive Current to 5 mA.
The Soterix Medical 1×1 tDCS was developed by clinical researchers, scientists, and biomedical engineers to precisely provide all tDCS research and clinical protocols. Pioneering and pivotal tDCS trials have relied on the 1×1 platform, which stands out for simple set-up and programming, intuitive controls, and seamless integration with best-in-class tDCS accessories. Unique features allow you to focus on the subject and experiment, not the device. The Soterix Medical 1×1 tDCS is the standard for precise and reproducible tDCS.
Current intensity from 0.1 to 5 mA, and current duration from 5 to 40 minutes. Higher current performance is made possible by unique accessories, integrated LTE and Adaptive current ramp. The 1×1 tDCS is capable of delivering higher tolerated doses than any other system. At conventional tDCS doses, such as 1 mA and 2 mA, the 1×1 tDCS provides the most tolerated stimulation, which means studies using the 1×1 tDCS also have the best compliance and most reliable sham performance. The Soterix Medical 1×1 platform provides more reliable current delivery because it is based on the most advanced device and accessory technology. Whether you want to apply standard tDCS protocols, or establish new ones, our scientific team is ready to work with you to determine optimal dose parameters and accessories.
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