Artery forceps are used to clamp blood vessels and control bleeding during surgeries. They have a locking ratchet mechanism and are available in straight or curved forms. Common types include Kocher and Spencer-Wells. These instruments are reusable, autoclavable, and critical in vascular and general surgical procedures.

Artery forceps, also known as vascular clamps or hemostats, are essential surgical instruments designed to clamp and control blood vessels during operative procedures. They help arrest bleeding by applying pressure to the vessel until it can be sutured, cauterized, or ligated. Their design includes a scissor-like handle, ratchet lock mechanism, and serrated jaws for secure, non-slip gripping. Made from high-grade stainless steel, artery forceps come in various sizes and types—most notably straight and curved models. Curved artery forceps provide better access in deep or confined spaces, while straight ones are ideal for surface-level use. Common variants include Mosquito, Kelly, and Crile forceps, each suited to vessel size and surgical requirement. The locking mechanism allows for controlled pressure without constant hand tension, reducing fatigue during long procedures. Their slender tips and strong grip enable surgeons to handle delicate vessels without crushing them, maintaining tissue integrity. Artery forceps are used across virtually all surgical disciplines—from general and vascular surgery to obstetrics and trauma care. In addition to vessel clamping, they may also be used to hold sutures, dissect tissues, or remove small foreign bodies. They are reusable and autoclavable, ensuring long-term durability and sterility. An indispensable part of any surgical kit, artery forceps play a critical role in maintaining a clean, bloodless field and ensuring patient safety throughout a procedure.