Product Description
The Stryker 1588 AIM Console with 1588 AIM Camera (SKU: 1588-010-000-210) is an advanced imaging system designed for minimally invasive surgeries across multiple specialties, including general, orthopedic, urologic, and ENT procedures. It features the 1588 AIM Camera, which provides high-definition visualization with advanced imaging modes such as IRIS (Infrared Illumination System), DRE (Dynamic Range Enhancement), and Clarity for exceptional image quality. The console is compact, with an intuitive design that integrates seamlessly into the operating room. Built for durability and compatibility with Stryker endoscopes and visualization systems, it delivers reliable performance and enhances surgical precision.
Warning: Stryker products are not for resale to hospitals and surgery centers inside the United States.
Feature | Description |
Model | 1588 AIM Console with 1588 AIM Camera |
SKU | 1588-010-000-210 |
Applications | Designed for advanced imaging in minimally invasive surgeries, including general, orthopedic, urologic, and ENT procedures. |
Camera Technology | Equipped with the 1588 AIM Camera offering enhanced visualization with advanced imaging modes (IRIS, DRE, Clarity). |
Console Features | Compact, intuitive design with a user-friendly interface for seamless integration in the operating room. |
Performance | Delivers high-definition video with exceptional clarity, improving surgical precision and decision-making. |
Compatibility | Works with a range of Stryker endoscopes, surgical monitors, and visualization systems. |
Advanced Imaging Modes | Features IRIS (Infrared Illumination System), DRE (Dynamic Range Enhancement), and Clarity for enhanced visualization. |
Durability | Built to withstand repeated use in demanding surgical environments, ensuring long-lasting performance. |
Sterilization | The camera head is designed to be sterilized using standard sterilization techniques, ensuring compliance with OR protocols. |
Environmental Conditions | Operates reliably across various surgical conditions, maintaining consistent performance in temperature and humidity variations. |