KELLY Forceps
KELLY forceps are hemostatic surgical instruments with serrated jaws used to clamp blood vessels or tissues. They come in curved or straight designs for precise control during procedures.
Description:
KELLY forceps are a type of hemostatic surgical instrument used to grasp, clamp, and control bleeding in medical procedures. They are made of stainless steel and feature a locking ratchet mechanism that allows them to remain securely clamped. The jaws of KELLY forceps are partially serrated—serrations extend halfway along the jaw length—providing a firm grip while minimizing tissue damage. They come in both straight and curved variations, allowing for versatility in different surgical applications.
Usage:
- Hemostasis (Blood Control): Used to clamp small to medium-sized blood vessels during surgery to prevent excessive bleeding.
- Tissue Handling: Helps in grasping and holding tissues or organs without causing significant damage.
- Suture Assistance: Used to hold sutures, aiding in stitching wounds or closing surgical incisions.
- Foreign Body Removal: Can be used in emergency settings to remove foreign objects from wounds or airways.
- Dissection Aid: In some procedures, Kelly forceps help in blunt dissection by separating tissues gently.
They are widely used in general surgery, dental procedures, veterinary medicine, and emergency first aid kits due to their versatility and reliability.

RETURN POLICY:
Full credit will be issued for any KAHN Medical Inc. returned within 10 days of invoice date. There will be a 20% restocking fee for products returned after 10 days but before 15 days after invoice date.
CONDITIONS THAT MAKE ANY PRODUCT NOT RETURNABLE:
Any non-sterile instrument that has been sterilized
Any instrument received 10 days or more after invoice date
Any sterile product which has been opened
Any product returned out of the original package
Any distributed product returned with damage to the box/label
Any custom etched instrument
Any custom made instrument
Any sales to veterinary doctors/offices