Shop
7″ Orthopedic Flush Wire Cable Cutter “TC” Cap 1.6mm
The 7″ Orthopedic Flush Wire Cable Cutter “TC” Cap 1.6mm is a precision surgical instrument designed for flush cutting orthopedic wires, cables, and fixation materials. Featuring tungsten carbide cutting edges and durable stainless steel construction, it provides accurate performance, enhanced durability, and reliable control during orthopedic procedures.
7″ Orthopedic Front & Side Wire Cutter “TC” Cap 1.6mm
7″ Orthopedic Impactor 4.3 x 10mm Micro Lateral
7″ Orthopedic Impactor 4.3 x 10mm Micro Offset
The 7″ Orthopedic Impactor 4.3 x 10mm Micro Offset is a precision orthopedic surgical instrument designed for controlled impaction of implants, bone grafts, and prosthetic components during trauma and reconstructive procedures. Its micro offset tip provides improved access and accuracy in confined surgical spaces while protecting surrounding anatomical structures.
7″ Orthopedic Mallet 2 lb Solid Head
The 7″ Orthopedic Mallet 2 lb Solid Head is a heavy-duty surgical mallet designed for strong and controlled impact during orthopedic and trauma procedures. Featuring a solid 2 lb head and compact 7-inch design, it provides excellent force delivery, stability, and durability for demanding surgical applications.
7″ Orthopedic Side Cutter TC Max. 0.062″
7″ Reynolds Vascular Clamp DeBakey TTH 50° Angled Large
The 7″ Reynolds Vascular Clamp DeBakey TTH 50° Angled Large is a precision cardiovascular surgical instrument designed for controlled vessel occlusion and atraumatic vascular handling. Its DeBakey-style jaws and angled profile provide excellent access, stability, and surgical control during complex procedures.
7″ Reynolds Vascular Clamp DeBakey TTH 50° Angled Small
The 7″ Reynolds Vascular Clamp DeBakey TTH 50° Angled Small is a precision cardiovascular surgical instrument designed for controlled vascular occlusion and delicate vessel manipulation. Featuring DeBakey atraumatic jaws and a 50° angled design, it provides excellent access, accuracy, and reduced tissue trauma during surgical procedures.
