PSEE60A - Ethicon Echelon Flex Powered Plus 60mm Stapler, 340mm - Box of 1 -
ECHELON FLEX™ GST System
(Reload Not Included)
A better grip on movement. The least tissue slippage.
Only the ECHELON FLEX™ GST System with the combination of the new ECHELON FLEX™ Powered Plus Stapler used with proprietary Reloads with GST gives you the following results:
- 4x less tissue slippage during firing compared to Endo GIA™ Reloads with Tri-Staple Technology for unsurpassed staple formation
-
- Transect the tissue you intended the first time with a more targeted tissue transection with each firing
- May eliminate 1 reload per procedure due to less tissue slippage during firing
- Only system to provide a uniform closed staple height, now across a range of tissue thicknesses with each reload
- Exclusive reloads with Gripping Surface Technology, offering a proprietary ridged surface to provide an atraumatic grip that holds tissue in place during firing
The ECHELON FLEX GST System is built on the stability of a powered firing, allowing 88% less movement at the end effector and potentially less trauma to adjacent tissues.
Description
ECHELON FLEX™ GST System
(Reload Not Included)
A better grip on movement. The least tissue slippage.
Only the ECHELON FLEX™ GST System with the combination of the new ECHELON FLEX™ Powered Plus Stapler used with proprietary Reloads with GST gives you the following results:
- 4x less tissue slippage during firing compared to Endo GIA™ Reloads with Tri-Staple Technology for unsurpassed staple formation
-
- Transect the tissue you intended the first time with a more targeted tissue transection with each firing
- May eliminate 1 reload per procedure due to less tissue slippage during firing
- Only system to provide a uniform closed staple height, now across a range of tissue thicknesses with each reload
- Exclusive reloads with Gripping Surface Technology, offering a proprietary ridged surface to provide an atraumatic grip that holds tissue in place during firing
The ECHELON FLEX GST System is built on the stability of a powered firing, allowing 88% less movement at the end effector and potentially less trauma to adjacent tissues.
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