Agarwals Vaginal Wall Retractor

Precision Retractor for Enhanced Vaginal and Cervical Access

₹863.00₹339.00

Out of stock

Agarwals Vaginal Wall Retractor

Precision Instrument for Gynecological Procedures

The Agarwals Vaginal Wall Retractor is a high-quality surgical instrument designed to provide optimal exposure and access during gynecological examinations and procedures. Crafted from premium medical-grade stainless steel, this retractor ensures durability, corrosion resistance, and compatibility with standard sterilization methods.

Engineered for comfort and precision, the retractor features smooth, rounded edges to minimize tissue trauma, and an ergonomic design that offers superior control for the clinician. It is commonly used during pelvic exams, vaginal surgeries, and diagnostic procedures to retract the anterior or posterior vaginal wall, enhancing visibility and access to the cervix and vaginal canal.

Key Features:

Durable Stainless Steel Construction – Rust-proof, autoclavable, and built for long-term use
Smooth, Non-Traumatic Edges – Ensures patient comfort and reduces risk of tissue damage
Ergonomic Grip – Provides excellent handling and stability during procedures
Precision Design – Offers clear visualization of vaginal and cervical structures
Reusable & Easy to Sterilize – Suitable for repeated clinical use
Available in Multiple Sizes – To accommodate different patient anatomies and procedural needs

Applications:

Gynecological Examinations – Enhances access and visibility during pelvic assessments
Vaginal Surgeries – Supports safe retraction during surgical procedures
Cervical and Uterine Diagnostics – Assists in visualizing and accessing the cervix
Obstetrics and Gynecology Clinics – Commonly used in both routine and advanced care settings
Medical Training & Education – Used for instruction in gynecological technique and anatomy


Renowned for precision and durability, Agarwals offers reliable gynecological tools trusted by medical professionals worldwide. This Vaginal Wall Retractor delivers both performance and patient comfort for critical procedures.