Transcranial Direct Current Stimulation (tDCS) | TMS-Cobot

Supplier: Aerobe

The TMS-Cobot is a collaborative robotic system designed to automate and refine Transcranial Magnetic Stimulation (TMS) coil positioning, providing enhanced precision and consistent patient outcomes.

Video for Transcranial Direct Current Stimulation (tDCS) | TMS-Cobot

Automated coil positioning with real-time head motion compensation for superior TMS accuracy.

Key Features

Head Motion Compensation: Actively aligns with patient head movement to ensure precise targeting throughout the treatment session.
Collaborative Safety: Includes sensors that detect and halt movement if unexpected resistance is encountered, ensuring user and patient safety.
Permanent Contact Control: Utilises an integrated pressure sensor to maintain consistent contact force between the coil and the patient's head for optimal stimulation efficacy.
Ergonomic Relief: Eliminates the repetitive strain for operators by automating coil positioning, reducing musculoskeletal risks during long sessions (20–40 min).
Universal Chair Compatibility: The mobile cart-based design allows for flexibility with existing treatment chairs without being restricted by bulky frames.
Flexible Operation: Can be controlled via a neuronavigator (for MRI-guided sessions) or through an accessible control panel using optical tracking for non-MRI setups.

Technical Specifications

Safety	Joint-level collision detection, pressure sensors for contact
Mobility	Lightweight, wheeled medical cart
Dimensions	Fits standard lifts and compact clinical spaces
Regulatory	CE Mark (EU), FDA Clearance (USA)
Device Type	Collaborative Robot (Cobot) for TMS
Control Modes	Automated (Neuronavigation/Optical Tracking) & Manual “Free-Drive”
Coil Compatibility	Compatible with MagVenture, Deymed, Magstim, Mag & More, Neurosoft (detailed list on request)
Motion Compensation	Real-time optical tracking of head markers
Positioning Accuracy	Below 2 mm
Navigation Compatibility	Supports Localite, Rogue Research (Brainsight), Syneika neuronavigation systems

Additional Information

Developed by Axilum Robotics, pioneering robotic assistants for TMS with advanced 7-degree-of-freedom arms for precise, automated positioning.
Suited for both clinical and research environments with high installation numbers globally.
Backed by PhD-led support, consultation, and comprehensive lifetime training and application coverage.

To contact Aerobe about Transcranial Direct Current Stimulation (tDCS) | TMS-Cobot use Get a quote.

Key Features

Head Motion Compensation: Actively aligns with patient head movement to ensure precise targeting throughout the treatment session.
Collaborative Safety: Includes sensors that detect and halt movement if unexpected resistance is encountered, ensuring user and patient safety.
Permanent Contact Control: Utilises an integrated pressure sensor to maintain consistent contact force between the coil and the patient's head for optimal stimulation efficacy.
Ergonomic Relief: Eliminates the repetitive strain for operators by automating coil positioning, reducing musculoskeletal risks during long sessions (20–40 min).
Universal Chair Compatibility: The mobile cart-based design allows for flexibility with existing treatment chairs without being restricted by bulky frames.
Flexible Operation: Can be controlled via a neuronavigator (for MRI-guided sessions) or through an accessible control panel using optical tracking for non-MRI setups.

Technical Specifications

Safety	Joint-level collision detection, pressure sensors for contact
Mobility	Lightweight, wheeled medical cart
Dimensions	Fits standard lifts and compact clinical spaces
Regulatory	CE Mark (EU), FDA Clearance (USA)
Device Type	Collaborative Robot (Cobot) for TMS
Control Modes	Automated (Neuronavigation/Optical Tracking) & Manual “Free-Drive”
Coil Compatibility	Compatible with MagVenture, Deymed, Magstim, Mag & More, Neurosoft (detailed list on request)
Motion Compensation	Real-time optical tracking of head markers
Positioning Accuracy	Below 2 mm
Navigation Compatibility	Supports Localite, Rogue Research (Brainsight), Syneika neuronavigation systems

Additional Information

Developed by Axilum Robotics, pioneering robotic assistants for TMS with advanced 7-degree-of-freedom arms for precise, automated positioning.
Suited for both clinical and research environments with high installation numbers globally.
Backed by PhD-led support, consultation, and comprehensive lifetime training and application coverage.

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To contact Aerobe about Transcranial Direct Current Stimulation (tDCS) | TMS-Cobot use Get a quote.

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Supplier

Supplier: Aerobe

Location: Sydney Olympic Park, NSW

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Sydney Olympic Park , NSW

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Jun 2026

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