Kruuse Embryotome Wire 3.6 Meters - Professional Embryotomy and Dehorning Wire
Product Features
Features a special 27-tooth wire structure woven from high-strength steel. Its 3.6-meter length offers a wide range of motion and usability during surgery. Demonstrates high cutting performance in surgical embryotomy (removal of a dead fetus). Its versatile design allows for safe use as a dehorning wire in veterinary medicine. It has a flexible structure resistant to friction heat and breakage. Its stainless steel alloy construction meets hygienic usage standards.
Product Description
The Kruuse Embryotome Wire is a professional instrument developed for obstetric (birth) interventions, one of the most challenging areas of veterinary surgery. Its 27-tooth dense mesh structure allows for smooth and fast cutting on bone and hard tissue. Its 3.6-meter length allows for full compatibility with embryotomy devices (fetotomes) and provides the necessary length for general surgical procedures such as dehorning or cutting. The long-lasting sharpness of the teeth shortens the operation time, increasing the efficiency of the procedure.
Technical Superiority and Advantages
Fast and Clean Cutting: The 27-tooth structure progresses smoothly over tissue and bone, reducing surgical trauma. Multipurpose Use: Offers the possibility of performing both obstetric dissection and horn amputation procedures with a single product. High Tensile Strength: Features special weaving technology that does not stretch or break under intense physical pressure. Flexibility: Maintains its shape even at tight angles, providing the surgeon with maneuverability. Economical Length: Its 3.6-meter length can be divided into parts for multiple uses, providing a cost advantage.
Areas of Application
Controlled dissection of dead fetuses (offspring) in difficult births to protect maternal health. Horn removal operations performed on cattle for aesthetic or medical reasons. Anatomy and surgical practice courses in veterinary faculties. Hard tissue interventions requiring rapid cutting in field conditions.