Castroviejo Corneal Section Scissors Miniature (Slight Curve) With Stop 10.8cm

Castroviejo Corneal Section Scissors Miniature (Slight Curve) With Stop 10.8cm

The Castroviejo Corneal Section Scissors Miniature (Slight Curve) With Stop 10.8cm is a single-ended stainless-steel scissors instrument measuring 10.8 cm in overall length. The working end carries a slight curve that tracks contoured tissue planes naturally. Additionally, a mechanical stop built into the blade pivot limits closure depth on each stroke, giving the surgeon direct control over blade travel distance. This feature eliminates the full-closure overshoot risk that standard scissors introduce in delicate micro-surgical fields. Fine blade tips target only the intended tissue. Ring handles are machined from solid stainless-steel, with the balance point at mid-shank for stable fingertip control.

The Castroviejo Corneal scissors miniature stop mechanism physically limits each closing stroke, so the blades cut to a set depth, then stop. Because of this, the surgeon does not need to modulate finger pressure to prevent overshoot. Furthermore, the slight curve keeps blade-to-tissue registration consistent along contoured anatomy. Full stainless-steel construction withstands repeated autoclave cycles at 134°C without stop mechanism drift.

Oral surgeons and microsurgeons working in depth-sensitive dissection fields need an instrument that enforces stroke depth without relying on tactile judgment alone. Therefore, the Castroviejo Corneal Section Scissors Miniature (Slight Curve) With Stop 10.8cm is indicated wherever a Castroviejo section scissors miniature curved instrument must cut to a controlled depth adjacent to fragile tissue layers.

Leader Surgical supplies this instrument to micro-surgical programs where mechanical stroke control and consistent blade geometry are non-negotiable requirements.

What is the functional role of the “stop” on these scissors?

The stop mechanism limits blade closure depth, preventing the blades from closing beyond a preset point during cutting. This safety feature protects extremely fine or delicate structures adjacent to the cutting zone from inadvertent compression or damage, making these scissors particularly valuable in high-precision dental microsurgical procedures where depth control is critical.