JEWELER STYLE FORCEPS (45° ANGLED SHAFT WITH 0.05×0.01MM EXTRA DELICATE TIPS)

Product Overview

The 551222 Jeweler Style Forceps are hyper-precision microsurgical forceps characterized by their 45° angled shafts and extra delicate 0.05×0.01mm ultra-fine tips. Modeled after high-precision jeweler instrumentation but refined to rigid surgical standards, this instrument is engineered to operate in the most restrictive anatomical zones with laser-like accuracy. Forged from high-tensile surgical steel, the micro-machined tips close with flawless micrometric alignment, completely eliminating tip gaping. The sharp 45-degree angle optimizes the surgeon’s approach trajectory, clearing the line of sight under high-power surgical microscopes and ensuring an unobstructed view of the operative field.

Key Features

Extra Delicate 0.05×0.01mm Tips: Features hand-honed, hyper-fine tips engineered to meet with absolute structural alignment from heel to toe. This micro-profile provides unmatched precision when picking up ultra-thin cellular structures or handling 10-0 and 11-0 microsutures.
45° Angled Shaft Geometry: The shafts are hand-set at an optimal 45-degree angle from the handle axis. This configuration elevates the surgeon’s hands away from the patient’s face, maximizes visualization, and preserves the structural clearance needed for fluid hand maneuvers under the microscope.
Atraumatic High-Friction Hold: Despite their microscopic dimensions, the inner clamping faces are precision-planed to deliver a secure, slip-free compression hold on tissues without cutting or tearing the material.
Ergonomic Spring Handle: Designed with a classic, perfectly balanced spring handle featuring strategic tactile grounding zones. This premium architecture eliminates lateral twisting, mitigates finger tremors, and provides exceptional tactile feedback during high-finesse tissue handling.
Surgical-Grade Resilience: Manufactured from premium, hardened stainless steel. It is built to maintain its hyper-precise tip configuration and highly responsive spring calibration through thousands of high-heat sterilization cycles.