- In January 2025, Medtronic announced the launch of its advanced Endoscopic Applier System designed for minimally invasive surgeries. This system features innovative technologies such as automated tissue application and real-time monitoring, enhancing precision and reducing the risk of complications during procedures. The product has received CE marking and is now available in several European markets. This launch is expected to revolutionize surgeries such as colorectal, gynecological, and urological operations by improving surgical outcomes and reducing recovery times
- In December 2024, Olympus Corporation introduced its NEXT Generation Endoscopic Applier. This new device features improved ergonomics and enhanced safety mechanisms, ensuring easier and more efficient procedures in the operating room. The applier integrates with Olympus' advanced visualization systems, offering superior imaging for more precise surgical interventions. This product will be available across key global markets starting early 2025
- In October 2024, Stryker Corporation presented its new Single-Use Endoscopic Applier at the Annual Minimally Invasive Surgery Conference. The device is designed to offer precise tissue handling with minimal thermal damage, making it suitable for a range of delicate surgeries. The device is also equipped with smart features such as automatic grasp force regulation to minimize trauma during procedures, promoting faster patient recovery
- In September 2024, Johnson & Johnson unveiled its Intuitive Endoscopic Applier, which leverages AI-driven analytics to optimize surgical procedures in real time. The system provides surgeons with instant feedback on force applied during tissue handling and automatically adjusts settings for optimal performance, reducing human error and improving clinical outcomes
- In August 2024, Zimmer Biomet launched the Advanced Endoscopic Applier for Orthopedic Surgeries, designed for use in minimally invasive joint surgeries. This applier features a compact design for enhanced maneuverability, allowing surgeons to access hard-to-reach areas with ease while maintaining precise control over tissue handling
