Stryker Unveils Advanced Surgical Cameras

Stryker unveiled the 1788 platform – the company's next-gen minimally invasive surgical cameras.

Image Credits: Stryker

Leading MedTech company Stryker unveiled its next generation of minimally invasive surgical cameras: the 1788 platform. The fully enhanced camera is set to advance surgery across multiple specialties.

The all-in-one surgical camera platform offers a more vibrant image with balanced lighting, a wider color gamut, and a clearer delineation of fluorescence signals. The platform is designed for improved visualization of blood flow and critical anatomy and has the ability to visualize multiple optical imaging agents – when it matters most.

"When it comes to surgical outcomes, dependable imaging is one of the most critical factors. With the enhanced imaging capabilities of 1788, surgeons have a complete surgical camera technology that provides consistent and vivid imaging," said Dr. Matthew Albert, colon and rectal surgeon at Advent Health. "Patients deserve high-quality care, and we're thrilled that this solution allows our operating room teams to deliver just that."

The 1788 platform is compatible with the currently marketed imaging agents and adaptable to new agents and fluorescence modes as they become available, the company said in a press release.

The advances in this technology also enable a broader range of clinical applications and enhance additional specialties, including urology, neurology, and ear, nose, and throat.

"Stryker partnered with our surgeon users to design the 1788 platform to be a powerful partner in the OR and to enhance the surgical experience across specialties. This is another way in which Stryker is living up to its rich legacy of delivering the most innovative surgical technology to help surgeons support improved patient outcomes," said Andrés Rosales, vice president and general manager of Stryker's Endoscopy business unit.

Related: Johnson& Johnson Partners With Microsoft For Digital Surgery Solutions.

"The early feedback has been that the 1788 camera delivers better fluorescence imaging and an enhanced user experience, which is particularly helpful in those deep or highly complex cases when surgeons are working in tight cavities—such as sinus cases and pituitary resections," added Rosales.

"Clear visualization is a necessity when a patient's life is in your hands. It's important that surgeons can visualize perfusion and critical anatomy to make surgical decisions intraoperatively," said Dr. Albert.

Notable features of the 1788 platform include:

·       Wider color gamut for 62.5x more visible colors

·       Improved fluorescence imaging with better consistency

·       High dynamic range and new tone mode for more balanced lighting

·       Cleared to visualize CYTALUX, an imaging agent designed to illuminate lung and ovarian cancer intraoperatively

About Stryker

Stryker is one of the world's leading medical technology companies and, together with its customers, is driven to make healthcare better. The company offers innovative products and services in Medical and Surgical, Neurotechnology, Orthopedics, and Spine that help improve patient and healthcare outcomes. Alongside its customers around the world, Stryker impacts more than 130 million patients annually.

Sam Draper
September 22, 2023

Innovation of the Month

Do you want to discover more, visit the website
Visit Website

Other news

IFA 2019: Wearable Technology Will Be A Much Talked About Topic

IFA is the world's leading trade show for consumer electronics and home appliances.

AI-Powered Digital Health Company CarePredict Inks Multi-Year Agreement with SRI Management

SRI's community install CarePredict's AI platform to detect elderly UTIs, depression and fall risk.

Top Wearable Tech Startups from China in 2019

China is gearing up to become the world leader in the startup environment.

Hillrom Buys Continuous Remote Monitoring Technology from EarlySense for $30 million

US connected care medical technology company Hillrom announced today that it has acquired contact...
Discover more