- In July 2024, Ethicon, the Surgical Technologies Company of Johnson & Johnson MedTech, announced the launch of the ECHELON 3000 Stapler. This new stapler is designed to offer enhanced precision and reliability in a wide range of surgical procedures. Its launch is expected to strengthen Ethicon's position in the surgical staplers market by providing healthcare professionals with advanced tools that improve surgical efficiency, reduce complications, and contribute to better patient outcomes. The ECHELON 3000 Stapler is likely to drive further innovation in stapling technology and expand Ethicon's market share
- In May 2024, Ethicon, a Johnson & Johnson MedTech company, launched the ECHELON LINEAR Cutter in the U.S. This groundbreaking product is the first linear cutter to incorporate innovative 3D-Stapling Technology and Gripping Surface Technology (GST), two advanced features designed to enhance staple line security. The introduction of these technologies is expected to have a significant impact on the surgical staplers market, as it can help surgeons reduce risks during procedures and improve patient outcomes, further driving the adoption of advanced stapling solutions in the industry
- In February 2023, OSSIO, Inc., an emerging leader in orthopedic fixation technology, introduced the OSSIOfiber Compression Staple, marking a significant advancement in orthopedic fixation solutions. As part of OSSIO’s fifth product family, the OSSIOfiber Compression Staples enable surgeons to achieve stronger, bio-integrative compression, advancing the standard of care in orthopedic procedures. This innovation is poised to make a notable impact on the surgical staplers market, particularly in the orthopedic segment, by offering enhanced performance and promoting better healing outcomes for patients
- In June 2021, Intuitive India launched India's first robotic-assisted surgical stapler, SureForm, featuring SmartFire technology, an integrated software designed to enhance surgical precision. SmartFire technology makes over 1,000 measurements per second, automatically adjusting the firing process as staplers are deployed and transections are made. This innovation helps optimize staple line consistency and prevent tissue damage across varying tissue thicknesses
