One company, providing multiple image modalities for MIS and open visualization.
In 2018, an estimated 140,250 adults in the U.S. will be diagnosed with colorectal cancer.1
Anastomic leakage following colorectal resection ranges from 1.5% - 12%.2-3
Stryker's visualization platforms deliver next level visualization for both minimally invasive [1588 Advanced Imaging Modalities (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.
SPY Portable Handheld Imager (SPY-PHI)
SPY-PHI allows surgeons to visualize blood flow in vessels and related tissue perfusion during open procedures and during gastrointestinal surgical procedures such as extracorporeal anastomosis using SPY fluorescence imaging technology.
1588 IRIS: Infrared Illumination System
IRIS is a visualization technology designed to reduce the risk of ureteral damage. When IRIS mode is activated on the L10 light source, a lighted stent transilluminates the ureters.
1588 ENV: Endoscopic Near Infrared Visualization
ENV enhances visualization of anatomy in real-time during minimally invasive surgery. When ENV mode is activated, it provides visual assessment of blood flow, tissue perfusion, and biliary ducts by using fluorescent light. ENV is used with a fluorescent indocyanine green (ICG) dye.
1588 Clarity: Video Enhancement
A real-time video enhancement device designed to amplify visualization by improving clarity, contrast and detail. This military grade technology helps you see through smoke and sub optimal conditions by improving image quality up to 48%.4
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.
Empower your surgical team.
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.
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.
1. ”Colorectal Cancer: Statistics.” Cancer.Net, 15 Aug. 2017, www.cancer.net/cancer-types/colorectal-cancer/statistics
2. Nikolian VC. Anastomotic leak after colorectal resection: A population-based study of risk factors and hospital variation. Surgery. 2017. 161(6):1619-16
3. Rullier et al. Risk factors for anastomotic leakage after resection of rectal cancer.BR J Surg 1998 March. 335-8
4. Data on file. Stryker Endoscopy. TR16211. "Clarity Peak Signal-to-noise ratio verification report”.
5. Data on file. Stryker Endoscopy. BZD14487. "Connected device management benchmark study".
*The 1588 Advanced Imaging Modalities (AIM) Platform includes the 1588 CCU and L10 Light source. SPY Fluorescence Technology includes SPY-PHI, the PINPOINT VPI, and PINPOINT camera. All uses of “AIM” herein refers to Advanced Imaging Modalities. AIM is not a trademark of Stryker Corporation.
Literature Number: 1000902776, Rev. A