Innovative features of ELMIKO Holter EEG

• Continuous long-term EEG recording for up to 72 hours, with the possibility of mobile use, allowing the patient to move freely during the examination while preserving high recording quality.
• 28 monopolar channels and 4 user-configurable channels (monopolar, bipolar or DC), enabling standard 10–20 EEG recording and customisable configuration to suit individual diagnostic needs.
• Event marking by the patient with time stamps, facilitating correlation of clinical symptoms with EEG activity.
• Data storage on a full-size SD card for easy transfer, storage, and archiving.
• Built-in high-capacity, low-power battery allowing the device to operate continuously throughout the recording period without the need for frequent charging.
• Compact and ergonomic design of the recorder, with a low weight (350 grams with batteries), ensures comfortable wearing in both clinical and domestic settings.
• Integrated intuitive blue mounting field and tamper-proof battery compartment for safe and user-friendly operation

ELMIKO Holter EEG expansion options
ELMIKO Holter EEG can be expanded with additional modules and a standard ExG-32 EEG amplifier, which maximise its functionalities according to the needs of a given facility. Additional features include:

• Remote test description function – enables specialists to quickly access EEG recordings regardless of their location; it is particularly useful in telemedicine.
• Print queue – optimises the documentation process, ensuring efficient generation and archiving of reports while saving staff time.
• Automatic analyses (TPM, DSA, CSA, BSI and others) – assist physicians in interpreting results, facilitating segmentation and identification of characteristic patterns.

When purchasing a complete ELMIKO Holter EEG station, there is an additional option to conduct standard EEG examinations (using the ExG-32 amplifier) and expand them with:

• Video-EEG (VEEG) module – integration of EEG testing with video recording enables simultaneous analysis of the bioelectrical signal from the brain and the clinical image, increasing diagnostic accuracy.