Description
The refurbished Zimmer Biomet ATS 4000 Tourniquet System is a dependable solution for medical professionals requiring precise blood flow occlusion in surgical environments. Offered by Infinium Medical, this system leverages personalized pressure technology to tailor cuff inflation to individual patient needs, promoting safety and efficiency in operating rooms. Its familiar design and robust functionality make it a valuable asset for healthcare facilities aiming to optimize budgets without compromising on reliability in diverse medical settings.
Advantages
The ATS 4000 stands out with its ability to minimize post-operative complications through optimal pressure application, reducing risks like nerve damage and pain. Its dual-port system enables simultaneous management of two cuffs, streamlining procedures and saving time. Self-calibration and advanced alerts ensure consistent accuracy and safety, while the six-hour battery backup supports uninterrupted use during power outages. This refurbished unit delivers exceptional value, combining familiarity for surgical teams with cost-effective performance ideal for hospitals and clinics managing tight budgets.
Features
- Personalized Pressure Technology for patient-specific cuff inflation
- Touchscreen user interface with 8.4-inch color display
- Self-check calibration on startup for accuracy and time savings
- Cuff alert and lockout to prevent unintended deflation
- Six-hour lithium-ion battery backup for uninterrupted operation
- Color-coded cuffs in sizes from 8 to 42 inches for versatile patient fit
- Carrying handle with pull-out hangers for easy transport and storage
- Limb Occlusion Pressure (LOP) feature for minimal pressure application
- Dual-port, dual-cuff system for independent pressure regulation
- Advanced leak detection and line occlusion alerts for safety
- Pre-op cuff test to ensure integrity before procedures
Medical Applications
In medical practices, clinics, and hospitals, the Zimmer Biomet ATS 4000 Tourniquet System excels in orthopedic surgeries such as knee and hip replacements, where controlled blood flow is critical for clear surgical fields and reduced blood loss. It is particularly beneficial in extremity procedures, helping to lower the incidence of post-operative issues like swelling or nerve injuries. This system’s reliability supports its use in ambulatory surgery centers and high-volume hospitals, fitting seamlessly into routines that demand precision and patient-centered care in various healthcare environments.
