Potts SRT 6th Scissors Angled

Potts SRT 6th Scissors Angled

The Potts SRT 6th Sciesors Angled is a single-ended stainless-steel scissors instrument with an angled blade configuration built into the shank geometry. The blade angle offsets the cutting plane from the handle axis, allowing direct access to vascular tissue planes and angled intraoral sites without requiring the surgeon to rotate the wrist. The working end carries sharp blade tips ground for clean cuts through vascular tissue, soft connective tissue, and mucosal structures. Blade faces are smooth and free of serration. Ring handles are machined from solid stainless-steel, with the balance point at mid-shank for stable fingertip control throughout angled dissection tasks.

The blade offset built into the Potts scissors angled blade dental configuration places the cutting edge directly onto the target tissue plane. As a result, the surgeon applies force in a natural grip position rather than compensating with wrist rotation. Furthermore, the angled shank keeps the hand outside the sightline during deep dissection. Smooth blade faces minimize drag through vascular and soft tissue. Full stainless-steel construction withstands repeated autoclave cycles at 134°C.

Oral surgeons and periodontists managing vascular dissection, angled flap access, and deep tissue cutting need an instrument that reaches angled tissue planes without grip compensation. Therefore, the Potts SRT 6th Sciesors Angled is indicated for vascular access, tissue dissection, and angled cutting where Potts scissors angled vascular dental instrument must maintain blade alignment across varied operative angles.

Leader Surgical manufactures this instrument for oral surgical programs and specialty practices where angled blade geometry and consistent cutting performance are procedural requirements.

What blade lengths are available on Potts-Smith scissors and how does blade length affect surgical use?

Potts-Smith scissors are available in 13 mm delicate blades for fine tissue and small vessel work and 20 mm intermediate blades for broader tissue incision, with shorter blades providing greater cutting precision and longer blades enabling more force application per cutting stroke for denser tissue.