Description

Description

Discover the Advanced Monitoring Capabilities of EEGDigiTrack iCFM

Our EEGDigiTrack iCFM devices are innovative solutions for long-term brain function monitoring, providing continuous and precise observations of brain electrical activity. Specially designed for use in intensive care, these monitoring systems are invaluable tools for supporting the diagnosis and treatment of patients, offering critical information necessary for effective therapy. These devices represent groundbreaking innovation in neonatology, tailored to the unique needs of premature infants and newborns requiring advanced monitoring.

Flexible Device Configuration
Depending on your needs, the EEGDigiTrack iCFM can be equipped with various components, such as sensors for peripheral oxygen saturation (SpO2), tissue/regional saturation measurement (StO2/rSO2), and additional modules. We customize the system individually to best suit the specifics of your medical practice.

Recommended Clinical Applications for iCFM Neuromonitoring
Neuromonitoring with iCFM EEGDigiTrack is recommended in various clinical scenarios, making it an essential tool in intensive care and neurology. Key applications include:

• Hypoxic-Ischemic Encephalopathy: Monitoring brain status in cases of hypoxia and ischemia, crucial for rapid response and treatment optimization.
• Therapeutic Hypothermia: Tracking brain responses to reduced body temperature used in treating neurological injuries and conditions.
• Seizures: Detecting and monitoring seizure activity, enabling prompt intervention and assessment of antiepileptic therapy efficacy.
• Sepsis: Observing the impact of sepsis on brain function, helping assess the severity of the condition and its effects.
• Cardiorespiratory Failure: Monitoring brain activity in critical conditions where compromised circulation and respiration affect brain function.
• Neuroinfections: Tracking the effects of neurological infections, such as meningitis, on brain activity.
• Metabolic Disorders: Monitoring brain function in metabolic disorders that may impact neurological health.
• Hydrocephalus: Evaluating the effects of increased intracranial pressure and fluid accumulation on brain function.
• Therapeutic Drug Monitoring: Assessing brain responses to pharmacological treatments, enabling dosage adjustments and therapeutic strategies.

Key Features and Functions

• Long-term Monitoring: Our devices enable continuous monitoring of EEG, ECG, SpO2, StO2, rSO2, and other parameters, essential in critical medical scenarios.
• Real-Time Analysis: Advanced analysis features such as FFT, CSA/DSA, and BSI provide deep insights into the patient’s neurological state.
• Video Synchronization: Connect up to two cameras for precise patient monitoring from different perspectives.
• Customizable Alerts: Adjustable alerts for parameters like SpO2, heart rate, and amplitude enhance safety.
• Trend Display: Displaying SpO2 and rSO2 values on a single CFM trend chart helps determine if reduced brain activity is due to hypoxia or if brain inactivity leads to respiratory failure. This tool is vital for understanding the relationship between respiratory and brain function.
• Continuous Impedance Display: Impedance is displayed throughout the study, not just at selected points. Color-coded values accelerate interpretation and simplify daily use. The impedance alarm feature allows setting specific auditory and visual alarms for threshold breaches.
• Seizure Detection: Identification of EEG signal fragments where increased regularity suggests neonatal seizures. Correlating CFM and EEG signals helps detect epileptic episodes that might be missed clinically.

These advanced features of our iCFM EEGDigiTrack devices not only improve diagnostic precision but also enhance therapeutic efficiency, supporting medical staff in delivering the highest quality care.

Why Choose EEGDigiTrack iCFM?

• Experience and Innovation: As a manufacturer with years of experience, we offer devices at the forefront of technological innovation.
• Tailored Configurations: With a wide range of configuration options, our systems can be adapted to the specific requirements of any medical environment.
• Support and Service: We provide full technical support and continuous software updates, ensuring our devices are always up-to-date and ready for use.

Research and Development
Our R&D work is co-financed under the Regional Operational Program of the Silesian Voivodeship 2014–2020 (European Regional Development Fund) for Priority Axis I: Modern Economy, Action: 1.2. Research, Development, and Innovation in Enterprises. Project location: Gliwice, Silesian Voivodeship.