Kocher Clamp Forceps | 10 Inch Curved Hemostat

The kocher clamp forceps is a 10 inch curved heavy-duty hemostat with longitudinal serrated jaws designed for secure tissue clamping in abdominoplasty and general surgery. The kocher clamp forceps provides reliable grip on fascial tissue and thick structures that require firm mechanical hemostasis.

Key Features

• 10 Inch Curved Design: Extended reach for deep abdominal and pelvic procedures
• Longitudinal Serrated Jaws: Full-length serrations for secure tissue engagement
• Heavy-Duty Construction: Robust build for fascial and thick tissue clamping
• Ratchet Lock: Reliable locked clamping position during tissue handling
• Stainless Steel Body: Autoclavable and corrosion-resistant for extended service life

Clinical Use

The kocher clamp forceps is used in abdominoplasty for fascial plication and tissue clamping, and in general surgery for bowel, pedicle, and broad tissue grasping. The curved jaw design provides improved access in deep surgical fields while the longitudinal serrations prevent tissue slippage under clamping force.

Construction & Care

The kocher clamp forceps is manufactured from high-grade stainless steel with a machine-ground longitudinally serrated jaw surface. The ratchet mechanism provides multiple locking positions for variable clamping pressure. Fully autoclavable for sterilization. Clean joints and ratchet mechanism thoroughly before sterilization to ensure proper function.

Frequently Asked Questions

What is the kocher clamp forceps used for in abdominoplasty?
In abdominoplasty, the kocher clamp forceps is primarily used for fascial plication — clamping and holding the rectus abdominis fascia together during tightening suture placement to define the abdominal contour.

How does the kocher clamp forceps differ from other hemostats?
The kocher clamp forceps has longer longitudinal serrations extending the full jaw length and a heavier jaw cross-section compared to standard hemostats, making it suited for thicker fascial and connective tissue that lighter hemostats cannot securely engage.