Cubestress system config. package HD+
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Cubestress General Information Product name Product code Cardioline SpA Head Office and Production facility: Via Linz, 151 38121 Trento Italy Cubestress is a windows software, for the execution and review of a stress test. The ECG data are acquired by means of the acquisition unit HD+. HD+ is connected to the computer via Cardioline Bluetooth Dongle. The patient cable is a 10 wires cable and the visualized leads are 12. Cubestress controls an ergometer (treadmill or bike) through pre-defined or user defined protocols. It also allows to perform a stress test with customized generic protocols. NIBP and/or SPO2 external monitoring devices can also be controlled (optionally) It prints on the Cardioline thermal ECG printer and/or a laser printer. Cubestress generates a report in PDF format. Cubestress is not back compatible with 3.xx release and lower. Cubestress is intended to analyze ECG signals during the execution of cardiovascular stress tests for the assessment and diagnosis of cardiac functions. Cube stress also allows to review and post analyze a stress test examination previously executed and recorded. The device is indicated for use in clinical settings, by a licensed physician trained in the use of ECG stress test systems or by trained personnel who are acting on the orders of a licensed physician. It is not intended as a sole mean of diagnosis. The device is not intended to be used as a vital signs physiological monitor. The device is intended for assessment and diagnosis of cardiac functions. In any case the results of analysis performed by Cubestress must be validated by a Clinician.   The device is not intended as a sole mean of diagnosis. The device is indicated for use to provide analysis of data for consideration by a physician. Cubestress System functions The device is indicated for use to display, store and analyse ECG signals during the execution of cardiovascular stress tests The analysis of Cubestress data offered by the device are only significant when used in conjunction with a physician over-read as well as consideration of all other relevant patient data.  Directly entering / editing patient information.  Acquire and analyze ECG data under stress  Execute a stress test using and programming ergometers according with a selected protocol or pharmacologically induced  Print results on thermal and/or laser printer  Review and replay the exercise  Produce a report in PDF format  Import work-list and export final report

Stress test execution User selects an order for the patient or insert the patient demographics. User selects target HR as percentage of Max HR or insert it manually User connects the HD+ acquisition module User places the electrodes and check them User reviews the quality of the real-time waveform and adjusts settings if necessary. User selects a stress protocol or confirm the proposed protocol (the last used protocol) User executes pre-exercise test , collects up to three 10 s. resting ECG (respectively supine, standing and hyperventilation and acquires the basal parameters ECG medians and...

Pacemaker detection Hardware detection coupled with digital convolution filter, in compliance with the requirements 60601-2-25 (HD+ acquisition unit) Defibrillation protection AAMI/IEC standard Front-end performance Data transfer Bluetooth 2.1+ EDR with “secure pairing” Processing Operating system Lead-fail detection Cardiac frequency range Linear phase digital diagnostic high-pass filter (according to 60601-2-25 2nd ed.), Automatic baseline drift control filter 50/60 Hz AC interference adaptive digital filter Digital low pass filters at 25/40/150 Hz, for display and printing only Main...

Trend of the results of the ST analysis updated in real time for all 12 channels (optional) o Trends: - HR/ METs, - NIBP - Double Product (HR*BP) - ST index - Ergometric parameters - ST level - ST slope ECG snapshot selected from full disclosure data Protocol name Protocol phase/stage Ergometric parameter Print Type Auto Print Format Continuous Print Format Protocol loading Automatic protocol management Manual stage control Manual control of ergometers Manual or Auto NIBP insertion Visive and audible alerts Rhythm Events ST delta HR over target HR drop more than user defined percentage...

- Ergometer type - Protocol type Basal clinical parameters Peak clinical parameters End exam clinical parameters Max clinical parameter Duke treadmill score Fai % Framingham score HR Recovery index Editing conclusion Cover (examination data and conclusions) and Table (list of the steps performed). Resting ECG Table of measurement on ST level and slope (by stage or by minutes) Table of HR, SP02; METS, BP, DP, Ergometer parameters ( by Stage or by minutes) Averaging: average heartbeat tracing (by stage or by minutes) Trend of measurements of ST, HR, DP, Ergometers parameters ECG - protocol,...

Compatible treadmills XR450M-PC MEDICAL TREADMILL CONSOLE MAN. TOUCH XR450P-PC MEDICAL TREADMILL CONSOLE PROG. TOUCH XR450R MEDICAL TREADMILL XR600M-PC MEDICAL TREADMILL CONSOLE MAN.TOUCH CARDIOLINE_XR600 XR600P-PC MEDICAL TREADMILL CONSOLE PROG. TOUCH H_P_COSMOS XR600R MEDICAL TREADMILL Trackmaster XMX 425 Trackmaster XMX 428 Trackmaster XMX 428CP CARDIOLINE XR100BP CARDIOLINE XR100BP+ ERGOSELECT 1200 NIBP SUPINE ERGOMETER ERGOSELECT 1000 NIBP ERGOSELECT 200P WITH NIBP/SPO2 TANGO METRONIK PC minimum requirements Operating System Intel Core i5 or higher Free space on Hard Disk At least 2GB...

Age (calculated from 5.) Sex Race Height Weight Address Phone Email Reason for study Therapy Angina (yes/No) History of Myocardial infarction (Yes/No) Family History (Yes/No) Diabetic (Yes/No) Smoking (Yes/No) Cardiac catheterization (Yes/No) Prior coronary artery bypass (Yes/No) Pacemaker (yes/no) Target HR as percentage of MAX HR or manually inserted Playback of exercise Editing of conclusion Reason for end Auto printout as in RT plus trend page Test Summary Exam data Exam Start Time Ergometer type Protocol type Basal clinical parameters Peak clinical parameters End exam clinical...