2018 QUINTON Q-Stress Test WITH TM55 Treadmill






2018 QUINTON Q-Stress Test WITH TM55 Treadmill
The QUINTON Q-Stress Test System is a trusted, state-of-the-art cardiac testing solution for healthcare professionals. Known for its accuracy, ease of use, and advanced features, this stress test system is ideal for clinical environments where precise cardiac diagnostics are essential. Our refurbished units are fully tested and ready for immediate use, offering premium performance at an affordable price.
Key Features:
High-Performance ECG Monitoring:
V1.9.30
DK2.959
SM 409
WINDOWS 10 PRO
VERSION 1803
12-lead ECG monitoring with superior signal quality.
Advanced algorithms for accurate and reliable stress testing.
Noise-reduction technology for clearer results.
User-Friendly Interface:
Intuitive touchscreen display for streamlined operation.
Customizable protocols to fit your clinical needs.
Easy-to-read results for faster diagnostics.
Integration Capabilities:
Seamless integration with EMR systems.
Compatible with various treadmills and ergometers.
Data export options via USB or network connection.
Safety and Efficiency:
Real-time ST segment monitoring for patient safety.
Automatic artifact and arrhythmia detection.
Optimized workflow to reduce test times.
Technical Specifications:
Dimensions: Compact and portable design for easy placement.
Weight: Lightweight system for enhanced mobility.
Power Requirements: Standard 120V/240V options.
Connectivity: USB, LAN, and Wi-Fi capabilities.
Included Accessories:
Quinton Q-Stress System unit.
Treadmill compatibility (optional - inquire for details).
All necessary cables, leads, and accessories.
User manual and training materials.
Applications:
Cardiology: Comprehensive cardiac stress testing for diagnostic purposes.
Monitoring and managing patients during exercise programs.
General Practice: An essential tool for early detection of cardiovascular conditions.
**Buyer will be responsible for all cost associated with shipping.
AS IS, WHERE IS
On the West Coast
Email me at Rich@i-mic.org