De Lee Obstetrical Forceps

Balfour Abdominal Retractor

April 12, 2026

Vivistar Orthopedic Surgical Instrument Set

April 12, 2026

Published by vivistar7pk on April 12, 2026

Classic Design for Safe & Controlled Delivery

The De Lee Obstetrical Forceps are a fundamental instrument in obstetric care, specifically engineered for the safe assisted delivery of the fetal head. Characterized by their lightweight construction and gentle pelvic curve, these forceps prioritize maternal safety and fetal protection.

Crafted from high-grade, medical-quality stainless steel, the De Lee model features Fenestrated Blades that ensure a secure, non-slip grip while significantly reducing the pressure applied to the fetal cranium.

Standard Specifications

Blade Style: Fenestrated (Open) for enhanced grip and reduced weight.
Surface Finish: Ultra-smooth, mirror-polished edges to prevent soft tissue trauma.
Overall Length: 12″ (30.5 cm – 31 cm).
Locking Mechanism: Classic English-style lock for easy assembly and disassembly.
Material: AISI-420 Surgical Grade Stainless Steel.

Enhanced Variations

To meet the specific preferences of obstetricians and various clinical scenarios, we offer the following variations:

Short Handle Model: A 10″ (25 cm) compact version for restricted surgical spaces or smaller anatomical requirements.
Solid Blade Configuration: Non-fenestrated blades for surgeons who prefer a broader surface area for pressure distribution.
Techron-Coated Finish: A specialized non-reflective coating for use under high-intensity OR lights, reducing glare during procedures.
De Lee-Simpson Hybrid: Combining the De Lee handle ergonomics with slightly elongated Simpson-style blades for higher cephalic applications.
Heavy-Duty Reinforced: A reinforced shank version for instances where additional structural rigidity is required during rotation.

Key Clinical Advantages

Atraumatic Design: Every contour is meticulously hand-finished to ensure there are no sharp edges, protecting the birth canal.
Ergonomic Shanks: The shanks are designed to provide the surgeon with maximum tactile feedback during traction.
Optimal Sterilization: Fully autoclavable and resistant to repeated high-temperature sterilization cycles.