The Orange Scientist
Unit 7
Latham Road Business Park
Latham Road
Huntingdon
Cambridgeshire
PE296YE
Customer Care:
Email: hello@theorangescientist.co.uk




































The Ethicon ECHELON™ Powered Staplers portfolio delivers precision, reliability, and next-generation stapling technology for surgical transection, resection and anastomosis across minimally invasive and open procedures. Designed to meet the demands of modern operative workflows, ECHELON™ staplers accommodate a wide range of tissue thicknesses and anatomical challenges while helping enhance staple line security and reduce complications.
This department includes devices such as the ECHELON™+ Stapler, engineered with Gripping Surface Technology (GST) Reloads for improved tissue compression and consistent staple formation, and is commonly used in colorectal, bariatric, thoracic, and general surgical procedures.
Whether used in laparoscopic surgery or complex open procedures, ECHELON™ systems integrate advanced firing mechanisms, ergonomic powered actuation, and adaptable reload options to support surgeons in achieving secure staple lines and optimal clinical outcomes.
What Are ECHELON™ Staplers?
Ethicon’s ECHELON™ Powered Staplers are advanced surgical stapling devices intended for tissue transection, resection and creation of anastomoses in a range of operative settings including minimally invasive procedures.
Core Benefits
Powered stapling technology for consistent staple formation
Gripping Surface Technology (GST) improves tissue compression
Enhanced staple line security to help reduce postoperative leaks and bleeding
Wide range of reload sizes (45mm, 60mm) and configurations
Compatible with both laparoscopic and open surgical approaches
Supports multiple surgical specialties including colorectal, bariatric, thoracic and general surgery
Typical Applications
Tissue transection and anastomosis
Resections in laparoscopic and open procedures
Surgical procedures requiring secure staple line formation
Challenging tissue handling and variable thickness environments