Stryker Camera System

1688 Advanced Imaging Modalities (AIM) 4K Platform

The 1688 AIM 4K Platform by Stryker features 4K fluorescence, with the whole tower being controlled by the Connected OR Hub to give the user seamless connectivity to the required data, images, and settings. The platform allows surgical teams to view in greater detail thanks to the enhanced light quality, more accurate colour reproduction, and superior image clarity. The additional 4k fluorescence allows the 1688 system to significantly improve visualisation. 

Brilliant Visualization

Designed from the ground up for seamless standardization and ease of use across multiple specialties, the 1688 AIM 4K Platform redefines surgical technology and patient care.

1688 AIM 4K Camera

Brilliant 4K resolution offers our surgeons crystal-clear images for improved visualization during surgery.

L11 light source and auto-light technology

The proprietary auto-light technology is designed toautomatically adjust based on anatomy to provide consistent lighting, enabling our surgeons to focus on the procedure at hand and nothing else.

4K surgical display

A 32” monitor optimizes color in advanced imaging modes to allow surgeons to seamlessly transition between modes.

PneumoClear

This 50 liter insufflator is the first all-inclusive integrated heating, humidification, and smoke evacuation platform on the market. It provides consistently clear images through an inflow and outflow management system, designed for stability while actively evacuating smoke.

SPY-PHI

The 1688 AIM 4K Platform also supports SPY-PHI, a portable fluorescence imaging device that enables perfusion assessment in vessels and related tissue perfusion during plastic, microsurgical, reconstructive and gastrointestinal procedures. The ability to visualize blood flow during open surgery may also help our surgeons make critical decisions that can reduce the risk of complications related to poorly perfused tissue.1

For an enlightened perspective on open surgery. SPY-PHI Fluorescence Imaging Technology

The SPY Portable Handheld Imager (SPY-PHI) utilizes SPY Fluorescence Imaging Technology, and allows surgeons to visualize blood flow in vessels and related tissue perfusion during plastic, microsurgical, reconstructive and gastrointestinal procedures. SPY-PHI’s modalties include: white light, SPY Fluorescence Mode, Overlay Fluorescence Mode and Color-Segmented Fluorescence Mode. Now approved for use in cervical and uterine lymphatic mapping as well as pediatric surgery!**

Brilliant image quality

The 1080p resolution at 60fps, designed to provide realistic color reproduction, results in a sharp, highly detailed image.

Multiple visualization modes

Combine fluorescence signal information with vivid white light images in real-time.

Flexible working distance and wide imaging field

SPY-PHI is to designed to allow clinicians to assess perfusion using a wide range of viewing distances, allowing for versatility in the operating room.

Ambient light immunity

Uniform illumination field and ambient light immunity.

1588 AIM camera system

This HD camera system features 5 advanced imaging modalities, including DRE, DESAT, IRIS, ENV, and Clarity. 1588 AIM Camera system also comprises 9 dedicated surgical camera settings, which help differentiate critical anatomy. 

Brilliant visualization

1588 AIM + SPY Fluorescence technology is designed for briliant visualization across multiple specialties.

Imaging Modalities

Stryker’s visualization platforms deliver next level visualization for both minimally invasive [1588 AIM] and open [SPY- PHI, SPY Elite] surgery. The platforms distinct modalities enhance the surgeon’s ability to distinguish anatomy in both the hospital and ASC environment. The platforms are inclusive of 1588 AIM, PINPOINT, SPY Elite, and SPY-PHI.

Introducing SPY-PHI:
for an enlightened perspective on open surgery

The SPY Portable Handheld Imager (SPY-PHI) utilizes SPY Fluorescence Imaging Technology, and allows surgeons to visualize blood flow in vessels and related tissue perfusion during plastic, microsurgical, reconstructive and gastrointestinal procedures. SPY-PHI’s modalties include: white light, SPY Fluorescence Mode, Overlay Fluorescence Mode and Color-Segmented Fluorescence Mode.

Brilliant image quality

The 1080p resolution at 60fps, designed to provide realistic color reproduction, results in a sharp, highly detailed image.

Multiple visualization modes

Combine fluorescence signal information with vivid white light images in real-time.

Flexible working distance and wide imaging field

SPY-PHI is to designed to allow clinicians to assess perfusion using a wide range of viewing distances, allowing for versatility in the operating room.

Ambient light immunity

Uniform illumination field and ambient light immunity.

Standardization without compromise.

Stryker’s SDC3 combined with the ConnectedOR Operating System standardizes today’s modern operating room. It provides each surgeon and their staff control of a customized, efficient operating room environment, which streamlines communications, and simplifies workflows.

Connected OR operating system

Stryker’s Connected OR operating system provides control of compatible devices and customization of equipment from a single, intuitive touchscreen. The Connected OR Operating System powers the iSuite by seamlessly connecting hospital devices from one user interface, providing a simple, intuitive and efficient workflow experience. You have the ability to modify connected surgical device settings in the operating room from one location. This allows your staff to minimize OR movement and surgeon disruptions with the ability to edit and change any intra-operative settings from a single touch panel.

SDC3

Stryker’s SDC3 is an innovative and intuitive data management solution for the Operating Room. With built in device control, both surgeons and staff can control compatible devices through a variety of options, including the SDC3 touchscreen, wireless remote control, and wireless headset. At the start of each procedure, a customized surgical timeout can also be displayed on the monitors, allowing for an electronic copy of the surgical timeout to be stored in the patient’s file. All of these features can be personalized using customized user profiles at the touch of one button.