ENT Instruments
ENT Alligator Ear Forceps, Curved Left 6mm Jaws
The ENT Alligator Ear Forceps, Curved Left 6mm Jaws is a precision otologic microsurgical instrument designed for secure handling of delicate tissues, graft materials, ear packing, and foreign bodies during ENT procedures. Manufactured from premium surgical-grade stainless steel, it provides exceptional precision, ergonomic control, and long-lasting durability for advanced ear surgery.
ENT Alligator Ear Forceps, Curved Right 6mm Jaws
The ENT Alligator Ear Forceps, Curved Right 6mm Jaws is a precision otologic microsurgical instrument designed for secure handling of delicate tissues, graft materials, ear packing, and foreign bodies during ENT procedures. Manufactured from premium surgical-grade stainless steel, it delivers exceptional control, precision, and durability for advanced ear surgery.
ENT Alligator Ear Forceps, Smooth 5mm Jaws
The ENT Alligator Ear Forceps, Smooth 5mm Jaws is a precision microsurgical instrument designed for atraumatic handling of delicate tissues, graft materials, ear packing, and foreign bodies during otologic procedures. Manufactured from premium surgical-grade stainless steel, it delivers exceptional control, durability, and precision for advanced ENT surgery.
ENT Alligator Ear Forceps, Straight 6mm Jaws
The ENT Alligator Ear Forceps, Straight 6mm Jaws is a precision otologic microsurgical instrument designed for secure handling of delicate tissues, graft materials, ear packing, and foreign bodies during ENT procedures. Manufactured from premium surgical-grade stainless steel, it provides exceptional control, durability, and accuracy for advanced ear surgery.
ENT Alligator Forceps, Smooth Straight Jaws 4mm
The ENT Alligator Forceps, Smooth Straight Jaws 4mm is a precision otologic microsurgical instrument designed for atraumatic handling of delicate tissues, graft materials, ear packing, and foreign bodies during ENT procedures. Manufactured from premium surgical-grade stainless steel, it provides exceptional precision, control, and long-lasting durability for advanced ear microsurgery.
