Econo Sterile™ Bozeman Uterine Dressing Forceps, 10-1/4", 'S'-Curved, Disposable
Extended-Reach Precision for Deep Cavity Procedures

The Econo Sterile™ Bozeman Uterine Dressing Forceps feature a distinctive double 'S'-curve design and 10.25" length, providing superior access to deep pelvic and abdominal cavities. With serrated oval cup tips and a secure ratchet mechanism, these pre-sterilized forceps deliver reliable sponge placement, tissue manipulation, and dressing application in OB/GYN and general surgical procedures.

Key Features:

• Double 'S'-Curve Design: Unique curvature navigates deep anatomical spaces and provides optimal visualization around obstructions
• Extended 10.25-Inch Length: Reaches deep pelvic and abdominal cavities with ease
• Oval Cup Tips (8.6mm x 12.5mm): Specialized tip configuration securely grasps sponges, dressings, and delicate tissue structures
• Serrated Working Edges: Enhanced grip pattern prevents slippage during sponge placement and tissue manipulation
• Finger Ring Handles with Ratchet: Locking mechanism maintains consistent grip pressure, reducing hand fatigue during extended procedures
• Pre-Sterilized & Ready: Arrives sterile for immediate procedural use

Clinical Applications:

Designed specifically for obstetrics and gynecology procedures including uterine packing, vaginal sponge placement, cervical manipulation, and deep cavity dressing application. Also utilized in general surgery and select veterinary procedures requiring extended reach and curved access.

Product Specifications:

• Length: 10.25" (260mm)
• Material: Stainless Steel
• Curvature: Double / 'S'-Curved
• Tip Configuration: Oval Cup (8.6mm x 12.5mm)
• Working Edge: Serrated
• Handle Style: Finger Rings with Ratchet
• Sterility: Sterile
• Grade: Econo Sterile™ Floor Grade
• Packaging: 1 Each
• Latex-Free: Not made with natural rubber latex
• TAA Compliant: Yes

Why Choose Disposable Bozeman Forceps?

Eliminate the costs and turnaround time of reprocessing specialized curved instruments while ensuring consistent performance for every procedure. Single-use design reduces cross-contamination risks—particularly important in obstetric and gynecologic applications.