SCHILLER AT-10: The Art of Diagnostics
The SCHILLER AT-10 is a state-of-the-art medical device specifically designed to meet the demands of cardiac, circulatory, and pulmonary diagnostics. This device stands out for its compactness and flexibility, allowing for easy use in various medical environments. Thanks to its network-independent operation, it ensures optimal mobility, which is essential for healthcare professionals on the move.
The AT-10 features a high-resolution LCD screen capable of displaying up to 8 leads simultaneously, providing clear and precise ECG data visualization. The user interface, based on intuitive menus and shortcut keys, simplifies navigation and access to the device's various functionalities. Additionally, the integration of a thermal printer allows for quick and precise documentation of results, with numerous formatting options available.
This device is equipped with multiple interfaces, including three RS-232 ports, one RS-422 port, two DC inputs, a video monitor connection, an ergometer connection, and a QRS-Trigger/footswitch output. These interfaces enable extended connectivity with other medical equipment, thereby enhancing the diagnostic capabilities of the AT-10.
The SCHILLER AT-10 excels in performing resting and stress ECGs and offers a wide range of software options such as ECG measurement, ECG interpretation, the EXEC II evaluation program for stress ECGs, pacemaker measurement, late potential analysis, and heart rate variability. Additionally, it provides options for spirometry with or without airway resistance measurement.
Safety is a priority with the AT-10, which is classified as a type CF device, ensuring complete patient isolation and protection against defibrillation. It is also compliant with EMC standards for medical devices, ensuring protection against electromagnetic emissions and interference.
The SCHILLER AT-10 is an indispensable tool for healthcare professionals seeking to perform precise and reliable diagnostics in the cardiovascular and pulmonary fields. Its combination of flexibility, connectivity, and safety makes it a preferred choice for modern medical environments.