Proven in Thoracic Surgery

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AEON™ in Clinical Use

Learn about minimally invasive stapling procedures and surgical techniques for surgeons. The video library is for illustrative purposes. Reference the Instructions for Use for proper use of the AEON Endostapler.

3 Videos

A peer-reviewed clinical study demonstrated excellent clinical outcomes when using AEON™ in thoracic surgery with zero stapling line bleedings observed across 80 consecutive open and video-assisted thoracic procedures.

Lexington Medical AEON stapler Dr Dutly study

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Your Needs, Our Solutions

The only stapler offering the multi-speed gear, for better staple formation and superior hemostasis in thick tissue. [1][2]

For precise stapler positioning with fluid range of motion.

smooth articulation

The only stapler offering the proprietary short tip anvil, designed for improved access in tight spaces and reduced tissue trauma caused by stapler blunting. See AEON™ short tip anvil in clinical use.

Three rows of protection with uniform staple height, designed for better hemostasis and less bleeding.

36 unique reloads and growing, providing surgeons with the optimal tool for every tissue firing.

AEON reloads surgical stapler reloads by Lexington Medical

Better staple formation than the competitors when tested in ex vivo porcine model. [Internal Data on File]

Diagram comparing proper B-formation staples to malformed staple examples, with a table showing closed staple heights for AEON reloads vs competitors.

Stronger staple lines with greater tensile strength. 

Graph comparing AEON's superior staple consistency to Medtronic and Ethicon.

Education

We understand that continuing education and collaboration with peers is important for surgeons to stay current with emerging trends, clinical techniques, and best practices. We welcome subject matter experts from across the globe to share insights and research in minimally invasive surgery.

Prof. Dr. Servet Bölükbas, a distinguished thoracic surgeon with an extensive background in medical sciences, shares his research in choosing the optimal thoracic resection technique based on radiological imaging in subsolid invasive T1-N0 adenocarcinoma.