NEW
Introducing the next generation of
One step ahead to anticipate, adjust and secure neuromuscular blockade
TOFscan is the clinician’s copilot
The reliability of neuromuscular monitoring depends above all on the quality of the data. TOFscan’s copilot continuously monitors signal acquisition quality and guides the user towards optimal measurement conditions. It then supports the optimisation of neuromuscular blockade titration and the interpretation of each patient’s individual recovery profile. With no room for approximation.
Reliability Index
The reliability index with corrective guidance: ensures measurement accuracy and guides troubleshooting.
NMT trend curve
The NMT trend curve tracks blockade depth over time, enabling effective dose adjustment and ruling out false recovery before antagonisation.
Anticipation gauge
It quantifies the progression of the TOF ratio and offers an early indicator of the rate of neuromuscular recovery* to anticipate reversal. The gauge confirms with certainty a stabilised TOF ratio ≥ 90.
Event markers
Establish a timeline correlating each clinical event with the observed neuromuscular response.
Customisable target zones and alerts
Flag any deviation from the desired block depth without requiring continuous screen monitoring.
Try TOFscan
Throughout the procedure, accurate dosing, maintenance and reversal of neuromuscular blockade require reliable, tailored quantitative monitoring. Individualising neuromuscular blockade management is essential to prevent residual paralysis, still present in 1 in 4 patients* on arrival in the recovery room, and reduce the risk of respiratory complications.
IDMED has always designed its monitoring solutions from this clinical reality. Alerting alone is not sufficient. What matters is the ability to provide reproducible, interpretable and actionable data across all surgical conditions. TOFscan delivers reliable measurements from intubation to recovery, including in complex operative settings.
This is why IDMED provides EMG and 3D-AMG complementary technologies to suit to a full range of clinical situations.
EMG sensor
Clinical freedom, regardless of surgical position
Ideal when the hands are inaccessible
Miniaturised clips for paediatric patients
Single reusable sensor for controlled costs
Disposable option available for infection-control requirements
3D-AMG sensor
Robust simplicity, every day
Cost-effective solution, trusted for over 15 years
No calibration required, before or after paralysis
Reliable, reproducible and operator-independent
Dedicated sensors: adult, paediatric, hand, foot, eyebrow
3D-AMG
Hand sensor
3D-AMG
Pediatric hand sensor
3D-AMG
Small pediatric hand sensor
3D-AMG
Foot sensor
3D-AMG
Foot sensor
EMG
Unique sensor suitable for hand, foot, adult and pediatric use.
ToFscan
In anesthesia, technology does not replace the expert.
It must accompany it.
*Explore the evidence
