5 pps
MagPro Compact
Compact magnetic stimulator for MEP assessment, with a biphasic waveform and a maximum repetition rate of 5 pps.
- 5 pps
- Biphasic
IV · Transcranial magnetic stimulation
MagVenture
Helping researchers understand the human brain more deeply matters as much today as it did when MagVenture introduced its first TMS device in 1992. Stimulators, coils and neuronavigation systems developed over more than thirty years with the world's leading neuroscience centres; separate configurations for treatment and for research. MagVenture's distributor in Türkiye is Vascomed; as Vascomed's partner, Nevosa provides access to these systems and consulting support.
- 1992Since the first TMS device
- CETMS systems
- 250 ppsIn XP research configuration
01
Non-invasive, no anaesthesia
No surgery or incision; better patient comfort, limited side effects and treatment that is easier to access.
02
For treatment and research
A powerful neuromodulation method used in clinical treatment and in neuroscience research; TMS/fMRI, closed-loop TMS-EEG and neuronavigated set-ups.
03
Broad research capabilities
Systems and coil options that have supported TMS research across disciplines for more than thirty years.
MagVenture · TMS
From a magnetic pulse to a brain response.
Transcranial magnetic stimulation (TMS) uses a coil positioned over the head to generate a rapidly changing magnetic field. This induces an electric field in cortical tissue that can affect neural activity. Single pulses, repeated pulse trains and simultaneous EEG address different questions.
Orientation, distance and tissue geometry affect field distribution. Arrows illustrate orientation schematically.
The time course of induction
Coil current I(t)
Induced field E(t)
E(t) ~ -dI(t)/dt
For fixed coil geometry, the induced-field time course relates to the rate of change of coil current. The curves are separately normalized illustrations, not device outputs or individualized field calculations.
rTMS
Pre-stimulationTMS eventPost-stimulation
Stimulation → recording → analysis
Schematic illustration · Not a clinical dose or real patient recording.
rTMS · TBS
A reproducible clinical workflow.
For clinical rTMS and theta burst (TBS), system selection depends on the clinician-defined protocol, coil, cooling and session workflow. Clinical use depends on the approved indications of the device and configuration.
- Motor threshold assessment
- Coil positioning
- Protocol and session tracking
Single pulse · Paired pulse
Investigate cortical circuits through your experimental design.
For motor evoked potentials (MEP), cortical excitability, motor mapping and paired-pulse studies, consider pulse shape, current direction, triggering and coil options together. MagPro X100 and the MagOption configuration offer options for advanced research workflows.
- MEP and motor mapping
- Paired-pulse protocols
- External triggering and synchronization
Stimulation · EEG · Analysis
Observe cortical responses following magnetic stimulation.
TMS–EEG combines stimulation with simultaneous EEG acquisition to study TMS-evoked potentials (TEP) and their temporal distribution. A setup with g.LADYbird TMS–EEG electrodes and g.HIamp must address triggering, pulse artifacts, muscle responses and auditory/somatosensory effects in its analysis plan.
- TMS-compatible EEG electrodes
- Shared event timing
- TEP and artifact analysis
From recording to research outcomes
- 01
Triggering and raw recording
Align EEG/EMG with TMS events; define the pre-stimulation reference and response windows.
- 02
Artifacts and confounding effects
Control pulse artifacts, muscle activity, electrode effects and auditory/sensory responses. Indiscriminate filtering can alter the response itself.
- 03
Quantitative response assessment
Compare MEP amplitude and latency for TMS–EMG, or TEP, time–frequency and topographic distributions for TMS–EEG across experimental conditions.
- 01
A current pulse in the coil
The stimulator sends a brief high-current pulse through the coil.
- 02
Magnetic field and induction
The changing magnetic field induces an electric field in tissue; its effect depends on coil geometry and orientation.
- 03
Evaluate the response
Depending on the study, assess motor responses with EMG, cortical responses with EEG or clinical outcomes with appropriate assessment tools.
Products
17 productsMagVenture products
When comparing MagPro models, distinguish the base unit from optional packages. The coil, cooling, pulse shape and EEG/EMG integration determine the complete system. Core catalogue models, coils and navigation options are listed below. Configuration and supply in Türkiye are assessed for your request.
Stimulators
Compact clinical / MEP
MagPro R20
A compact MagPro platform for motor evoked potential measurements and clinical workflows. Assess R20+ and Express options separately from the base model.
- MEP assessment
- Compact setup
- Model and package selection
100 pps
MagPro R20+
R20+ platform for MEP assessment and clinical TMS, with shorter pulse widths for improved energy efficiency. Maximum repetition rate: 100 pps.
- 100 pps
- Biphasic
TBS
MagPro R20+ Express
Express configuration combining the R20+ platform with TBS and Wi-Fi. The catalogue describes a three-minute protocol option; application depends on the selected protocol.
- TBS
- Wi-Fi
Clinical rTMS / research
MagPro R30
A platform designed for repetitive stimulation and clinical sessions, also suitable for research evaluation. TBS and MagOption features depend on configuration.
- rTMS applications
- TBS option
- MagOption configuration
Advanced TMS research
MagPro X100 · MagOption
A high-performance platform for stimulation up to 100 Hz, different pulse shapes and advanced research setups. Select the MagOption scope for paired pulses and additional waveforms.
- Up to 100 Hz
- Pulse shape and current direction
- Advanced experiment integration
250 pps
MagPro XP Orange Edition
Research platform requiring a dedicated research licence, offering up to 250 pps and integrated cooling. Optimised for interleaved TMS/fMRI experiments; not for clinical use.
- 250 pps
- Research only
TMS–EEG / g.tec
Complementary g.tec systems for TMS–EEG.
Select the electrodes, EEG amplifier, software and triggering plan alongside the stimulator.
TMS coils
6 products
Neuronavigation and robotics
4 products
Contact
Let's work out your TMS configuration together.
The choice of device and coil decides clinical efficiency, continuity of treatment and patient comfort. Contact us for the stimulator, coil and model configuration that fits your indication or study design.
Request a quote
Call us +90 554 381 46 20Serving all of Türkiye · reply within 24 hours on working days