Eastman Vaginal Retractor – Premium Gynecology Retractor Instrument | BENZ by Frago Impex

Eastman Vaginal Retractor by BENZ – curved-handle stainless-steel gynecology instrument for safe vaginal wall retraction in diagnostic and surgical procedures.

Name Eastman vaginal speculum, Fig. 1-3
Figure (Fig: 1)  (Fig: 2)  (Fig: 3)

Description

The Eastman Vaginal Retractor by BENZ is a precision gynecological instrument engineered to provide optimal exposure of the vaginal walls during diagnostic and surgical procedures. Constructed from surgical-grade stainless steel with a shallow retractor blade mounted on a curved handle, it allows for safe, stable retraction of the vaginal walls while reducing hand-slip risk.

Uses:

  • Retracting the vaginal walls for examination or gynecologic surgery.

  • Facilitating operations such as colposcopy, cervical biopsy, dilation & curettage, and vaginal repair.

  • Suitable for general gynecology OB / GYN procedures requiring wide access and clear line of sight.

Features:

  • Shallow blade and curved handle design to prevent surgeon hand slip while retracting.

  • Available in multiple sizes (e.g., blade sizes from 1-3/8″×3″ to 1-5/8″×4″ for different patient/anatomy needs).

  • Made of high-quality stainless steel, autoclavable and reusable for cost-effectiveness.

  • Ergonomic handle and smooth finish for comfort and professional control.

Benefits:

  • Enhanced visualization and access during vaginal procedures improve diagnostic accuracy and surgical efficiency.

  • Reduces operator fatigue and increases safety via stable handle design.

  • Durable, robust, and reusable instrument yields long-term value for clinics and hospitals.

  • Trusted instrument model by gynecological professionals — by aligning with the BENZ branding, ensures quality assurance.

Name Eastman vaginal speculum, Fig. 1-3
Code 78-0924
Category Gynecological  Instruments
Type Speculum
Figure (Fig: 1)  (Fig: 2)  (Fig: 3)
Material Stainless Steel
Reusable Yes

Additional information

Figure:

Fig: 1, Fig: 2, Fig: 3