Showing 11–15 of 15 results
Sims Gynecological Scissor
(0 Reviews)
The ® Sims Gynecological Scissor is used for sharp/blunt dissection during general surgeries. It is also used to cut dead tissue, bandages and sutures as well as for deep dissection during gynecological procedures.
- Sharp/Blunt Tips For Appropriate Dissection
- Long Blades To Allow Deep Tissue Access
- Tungsten Carbide Variant For Better Durability
Sims SuperEdge™ Gynecological Scissor
(0 Reviews)
The ® Sims SuperEdge™ Gynecological Scissor is a versatile gynecological instrument used for blunt tissue dissection during surgeries. It is also used to grip and dissect slippery tissues during deep dissection.
- SuperEdge™ Technology For Effortless Dissection
- Micro-Serrations To Ensure Secure Grip On Tissues
- Atraumatic Dissection With Minimal Soft Tissue Tearing And Pulling
Sims-Siebold Dissecting Scissor
(0 Reviews)
The ® Sims-Siebold Dissecting Scissor is a multi-purpose surgical scissor used for blunt dissection of superficial and deep tissues during gynecological and general surgeries.
- Longer Shanks To Provide deep Tissue Access
- Blunt Tips To Prevent Soft Tissue Damage
- Ergonomically Designed Ring Handles To Provide Better Control
Sims-Siebold SuperEdge™ Dissecting Scissor
(0 Reviews)
The ® Sims-Siebold SuperEdge™ Dissecting Scissor is a multi-functional scissor used for blunt superficial and deep dissection during gynecological surgery. It is also used in general surgery to cut tough tissues and sutures.
- SuperEdge™ Technology To Ensure Atraumatic Dissection
- Micro-Serrations Ideal For Secure Grip On Slippery Tissues
- Stainless Steel With Satin Finish To Minimize Glare
Wertheim Gynecological Scissor
(0 Reviews)
The ® Wertheim Gynecological Scissor is a versatile instrument used for blunt dissection and cutting soft/dense tissue during surgery.
- Curved Working End To Improve Deep Tissue Access
- Long Shanks Provide Better Surgical Control
- Blunt/Blunt Tips To Minimize Trauma To Surrounding Tissue
- German Stainless Steel To Fortify The Structure