Mixter Operating Dissecting Scissors 15.5 cm B/B (Cvd.)

Mixter Operating Dissecting Scissors 15.5 cm B/B (Cvd.)

The Mixter Operating Dissecting Scissors 15.5 cm B/B (Cvd.) (Article# LS7-670) is a curved blunt/blunt vascular dissecting instrument built for careful tissue separation and vessel isolation in dental and maxillofacial surgical procedures. The slender 15.5 cm body and gentle blade curve place genuine control in the surgeon’s hand when operating in anatomically sensitive territory. This is an instrument defined not by force, but by the surgical confidence it delivers stroke by stroke.

The gentle curved blade of these Mixter scissors curved blunt blunt dental instruments follows vascular and tissue planes naturally, allowing the tips to advance alongside vessels and nerves without applying lateral pressure that could displace or damage adjacent structures. Each stroke provides controlled tissue separation with precision and accuracy. The blunt/blunt tip design ensures safe dissection near delicate vascular structures. The balanced ring handle offers smooth control and precise blade movement throughout the procedure.

Oral and maxillofacial surgeons select the Mixter Operating Dissecting Scissors 15.5 cm B/B (Cvd.) when dissection or isolation in direct proximity to vascular structures is required, where tip safety and stroke control are the primary requirements that determine how safely the procedure proceeds. The 15.5 cm length keeps the handle outside the field while the curved tips work with accuracy at the operative site.

These Mixter scissors vascular curved dental instruments from Leader Surgical are held to a standard that vascular proximity demands, surgical-grade stainless steel that preserves blade curve, tip integrity, and hinge response through every autoclave cycle.

What is the clinical relevance of the Mixter scissors’ long shank-to-jaw ratio at 15.5 cm for dental and oral surgical applications?
The Mixter’s long shank provides better access to deep, confined intraoral areas while keeping the surgeon’s hand away from the operative field. It improves control and precision in challenging surgical locations.