visor2™ is a smart neuronavigation solution for brain stimulation, designed for cutting-edge research, functional mapping, and personalized treatment. It enables precise and accurate positioning of Transcranial Magnetic Stimulation (TMS) coils and Focused Ultrasound (FUS) transducers and supports clinical and research applications.

visor2 combines easy-to-use neuronavigation software with ergonomic hardware to support precise, accurate, and reproducible brain stimulation workflows. Key features include motor mapping, language mapping, functional mapping, personalized TMS targeting, simultaneous tracking of up to two TMS coils, dedicated tFUS neuronavigation, third-party modality integration, and reusable accessories with no recurring costs.

visor2 is suitable for clinical and research applications, including navigated TMS, motor mapping, language mapping, functional mapping, personalized TMS treatment, and transcranial Focused Ultrasound (tFUS) neuronavigation. The intended use and regulatory status depend on the specific visor2 functionality and country.

No. visor2 uses reusable accessories and is designed without recurring costs, supporting cost-effective use in daily clinical and research routines.

The visor2 software is available in English, Chinese, Spanish, French, German, and Italian.

visor2 provides real-time neuronavigation for precise positioning of TMS coils relative to the individual subject and the defined stimulation target. The system supports accurate and reproducible TMS coil positioning for clinical procedures and neuroscience research.

Yes. visor2 supports simultaneous tracking of up to two TMS coils for demanding research and clinical applications. The dual-coil navigation functionality is intended for research and educational purposes only and has not been cleared or approved for clinical use.

Yes. visor2 can be combined with vmove, an optional collaborative robot-assisted add-on for automated TMS targeting. vmove enables automated targeting over single or multiple targets and supports short and long trajectories while tracking subject motion. vmove is intended for research purposes only. 

Yes, when used with the vmove robot-assisted add-on. vmove tracks subject motion and compensates for head movement to maintain accurate TMS coil positioning and support precise delivery of each TMS pulse to the intended target.

vmove is an optional collaborative robot-assisted add-on for visor2 that provides automated and reproducible TMS coil positioning. It supports single- and multiple-target stimulation, tracks subject movement, and compensates for head movement during stimulation. vmove is intended for research purposes only.

During the TMS coil calibration workflow in visor2, a validation point can be created on the coil using the pointer tool. When the pointer is placed on the coil's control point, such as a crossmark sticker, visor2 calculates the distance between the control point and the attached coil tracker. For accurate validation point definition, the pointer should be placed perpendicular to the surface of the TMS coil.

visor2 validates the TMS coil calibration by measuring the distance between the coil tracker and the defined control point on the coil. If the measured distance differs by more than 2 mm from the distance saved during calibration, the calibration validation fails. Calibration validation can be skipped if required.

Yes. visor2 offers an optional integrated all-in-one audio and video recording solution for functional mapping of language areas. The solution provides synchronized audio and video recording within the language mapping workflow.

Yes. visor2 supports both MRI-guided and MRI-less neuronavigation.

• MRI-guided neuronavigation uses an individual patient's MRI to provide patient-specific anatomical guidance.
• MRI-less neuronavigation uses a template brain and head model when an individual MRI is not available.

In both workflows, stimulation targets can be defined using MNI coordinates, Talairach coordinates, or 10–20 EEG electrode positions. visor2 also supports the creation of stimulation grids and the import of predefined targets, providing flexibility in planning and executing different stimulation protocols.

visor2 can import stimulation targets from native MRI data, MNI coordinates, and Talairach coordinates. It also supports SimNIBS stimulation targets and 10–20 electrode positions for flexible and multimodal targeting workflows.

visor2 supports a broad range of TMS stimulators and coil types. For specific TMS stimulator and coil compatibility, the configuration should be confirmed with ANT Neuro and the respective stimulation device manufacturer. In the USA, FDA-cleared conditions for TMS treatment are specific to the individual stimulation device.

visor2 provides a dedicated motor mapping workflow for planning, executing, and reviewing motor mapping sessions, as well as determining motor thresholds. The system supports up to eight EMG channels in both bipolar and referential configurations. Motor mapping and motor threshold determination are included within the CE-marked scope of visor2.

visor2 provides a comprehensive language mapping workflow with customizable tasks, real-time functional mapping, baseline assessment, and integrated result export. An optional synchronized audio and video recording solution supports functional mapping of language areas within the same workflow. Language mapping is included within the CE-marked scope of visor2.

Yes. visor2 can be integrated with compatible eego™ EEG/EMG systems to support synchronized EEG and EMG recording during TMS. The EEG/EMG signals are recorded by the eego system, while visor2 provides integration and triggering capabilities; visor2 does not record EEG or EMG signals independently.

TMS-EEG functionality is intended for research and educational purposes only and has not been cleared or approved for clinical use.

visor2 provides a dedicated tFUS neuronavigation workflow for precise targeting of deep brain structures using Focused Ultrasound (FUS). The workflow supports definition of the anatomical target and transducer position, intuitive guidance, reproducible targeting, and multimodal integration. The tFUS functionality is intended for research only.

Yes. visor2 provides dedicated tFUS neuronavigation and accessible interface ports for connectivity with FUS devices. FUS device compatibility should be confirmed for the specific device and configuration.

Yes. visor2 supports integration with third-party modalities and software such as SimNIBS. SimNIBS stimulation targets can be imported into visor2 for individualized targeting and multimodal neuroscience workflows.

visor2 is CE marked as a Class IIa medical device under the EU Medical Device Regulation (MDR) 2017/745. visor2 also has FDA 510(k) clearance in the USA, a Medical Device License (MDL) issued by Health Canada, and is registered in the Australian Register of Therapeutic Goods (ARTG). Regulatory status and intended use may vary by country and functionality.

The tFUS, TMS-EEG, and dual-coil navigation functionalities of visor2 are intended for research and educational purposes only and have not been cleared or approved for clinical use. In the USA, conditions cleared for TMS treatment are specific to each stimulation device; users should consult the respective stimulator manufacturer.

visor2 includes a TMS coil calibration validation workflow that measures the distance between the coil tracker and a defined control point on the coil. If the measured distance differs by more than 2 mm from the distance saved during calibration, the validation fails. For accurate validation point definition, the pointer should be placed perpendicular to the coil surface. Calibration validation can be skipped if required.