Castroviejo straight suture forceps 1×2 teeth With Platform 1.5mm Tip – 10.5 cm

Introduction of Castroviejo straight suture forceps 1×2 teeth With Platform 1.5mm Tip – 10.5 cm

Few surgeons remember when they first reached for a Castroviejo, yet most remember the case that made it indispensable. Those were usually delicate surgical procedures where ordinary forceps bruised more than they held. This pattern answered that problem with restraint, not force.

Two versions share the same 10.5 cm body but behave differently at the jaw. A 1.5 mm tip concentrates grip for precise ocular and plastic work. The 3 mm tip distributes contact, helping when tissue is thicker or friable. Choosing between them is really a question of controlled tissue handling.

Look closely and the 1×2 teeth explain the design’s reputation. One tooth seats between two opposing teeth, so tissue stays put without crushing. Just behind them, a tying platform grips suture cleanly. These specialized surgical forceps therefore handle two jobs that trays often assign to separate instruments.

Specifications of Castroviejo straight suture forceps  

Two tip widths define this pattern, yet both share one compact length of 10.5 cm. The 1.5 mm version suits delicate ocular tissue, while the 3 mm option spreads load across thicker layers. Choosing between these fine tip configurations depends on tissue density, not surgeon preference alone.

The 1×2 toothed design places a single tooth opposite two, creating an interlocking bite that resists slippage. Behind the teeth sits a flat platform, useful for tying sutures without switching instruments. Carefully finished tips matter here, since any burr could tear tissue or fray suture material during tying.

Material choice often gets overlooked until an instrument corrodes mid-procedure. These forceps use premium surgical-grade stainless steel, which holds tip alignment after repeated sterilization cycles. That durable construction keeps jaw tension consistent over years. The teeth still meet precisely long after cheaper alloys drift.

Surgeons working in confined operative areas need forceps that manipulate and hold tissue without crushing it. Here, secure tissue grasping comes from the teeth, while controlled pressure comes from the handles. Stable instrument handling improves access near the globe. Such excellent handling explains their steady use across professional surgical environments.