KARL STORZ IMAGE1 S CONNECT II with Xenon Light Source

Description

The Karl Storz Image1 S Connect, also known as the IMAGE1 S CONNECT II, is a high-resolution camera system designed for universal use in medical procedures. It boasts a 4K resolution and modern image processing technology, which includes enhanced color space, a considerable depth of field, and homogeneous illumination.

This system has three visualization technologies for tissue differentiation, offering improved visualization capabilities during endoscopic and microscopic procedures. The Image 1 S Connect integrates seamlessly with various outputs and interfaces, including DisplayPort 1.2, 12G-SDI, 3G-SDI, and DVI-D outputs, alongside multiple USB interfaces and inputs for comprehensive connectivity options.

It supports unit communication through SCB and KS HIVE®, highlighting its versatility and advanced technological integration for medical imaging​​​​.

Karl Storz IMAGE1 S CONNECT II Features:

• High-resolution camera system for universal use
• Enhanced color space*, large depth of field and homogeneous illumination
• 4K resolution and modern image processing technology
• Three visualization technologies for tissue differentiation
• Adaptability to all requirements through modular technologies (e.g., rigid and flexible endoscopy, 4K, 3D, fluorescence imaging)
• Connection possibility for use with up to 3 link modules

To meet the increased demands on visualization and account for greater complexity in minimally invasive surgery, KARL STORZ offers IMAGE1 S CONNECT II, a modular camera system that offers users great flexibility both today and in the future. From FULL HD to 4K resolution and from 2D to 3D, white light and fluorescent imaging – the choice lies with the user.

Karl Storz Image1 S offers the user maximum flexibility to meet present and future needs. Benefits of modularity:

1. Needs-based procurement – A specific technology that is required at a particular point in time can be selected from the large number of available
2. Synergistic effects – all modules have the same control module so that computing power does not need constant and unnecessary This eliminates the need to procure peripherals such as monitors, documentation units etc. several times.
3. Gains in efficiency thanks to standardization – all OR rooms have the same technological basis, independent of the surgical discipline and
4. Future-readiness – whereas stand-alone systems are confined to the technology relevant at a specific point in time, the modularity concept ensures that the platform can be upgraded with new technologies at any This leaves room for divergent trends so that the user is never confronted with an either/or option.