The Edan SE-2003 Holter sets a new standard with lightweight and compact digital recorders, offering meticulously optimized workflows and customizable parameters tailored to fulfill your clinical requirements. This sophisticated device excels in capturing the intricate electrical activity of the heart, and analyzing with robust analysis software for comprehensive data interpretation.
Primarily designed for the detection of arrhythmias and abnormal heart rhythms the SE-2003 goes beyond by providing automated diagnostic tools, helping users quickly locate and filter abnormal readings with dynamic searches based on personal categorizations.
The Holter analysis process conventionally begins with the QRS Templates Analysis and concludes with comprehensive reporting. Combining the commonly used functions together, it can be redefined based on user preference, creating a personalized and comfortable workflow for every cardiologist
By pressing M on the device, special events can be marked on the recorded signals. Thus, bringing needed attention to abnormalities in the signal when making a diagnosis.
To ensure easy cleaning and to prevent accidental water damage.
Weighing only 50g, the lightweight design gives the Se-2003/12 unmatched portability that does not hinder routine ECG tests.
Included Accessories
▪ 3-Channel Holter Recorder (SE-2003)
▪ 1GB SD Card — 01.18.052345
▪ 7-Electrode ECG Cable (AHA) (SE-2003) — 01.57.471453013
▪ USB Cable for Holter Recorder Connection with PC — 01.57.471456012
▪ Adult Disposable Adhesive Electrode — T716-50
▪ Holder — 01.56.465779-10
▪ Belt — 01.56.465781-10
▪ Carrying Bag — 01.56.465784-10
Add on:
▪ Holter Analysis Software — One software license per PC (Can be used with multiple recorders)
Finding distinct patterns and beats in the recording can consume much needed time. The software provides multiple graphical tools that help users locate and select abnormalities using corresponding graphical elements.
- The R-R Histogram presents the full group of recorded RR intervals, helping to locate unique heartbeats easily.
- The Waveform Superposition Heat Map exposes abnormal beats on overlapped waveforms.
- The Lorenz Plots (Poincare Plot) helps identify those beats with nonhomogenous beat-to-beat variability.
