This set of instruments consists of orthopedic wrenches ( I, II, III, IV, V, VI ), orthopedic positioning plates ( I, II, III, IV, V ), drill guides ( I, II, III, IV, V, VI, VII, VIII, IX ), quick-fitting handles ( I, II ), orthopedic locators ( I, II, III, IV, V, VI, VII, VIII, IX, X ), extractors ( I ), depth probes ( I, II ), orthopedic clamps ( I ), reamer ( I ), orthopedic drill bits

Femoral intramedullary nail instrument is mainly used to ensure the ideal match between femoral intramedullary nail and femur, complete anti-rotation and angulation stability, and simultaneously fill cancellous bone to complete fracture reduction.

The set of instruments consists of an orthopaedic wrench, an orthopaedic positioning piece, a drill guide, a quick-fitting handle, an orthopaedic positioner, a puller, a depth sounder, an orthopaedic gripper, an open circuit device, an orthopaedic drill bit, a bone reamer and a bone guide needle.
1. Wrenches and extractors for orthopaedics: supporting tools for orthopaedic surgery. Generally made of stainless steel. Non - sterile supply.
2. Orthopedic positioner and orthopedics positioning piece: basic tools for orthopaedic surgery. Usually made of stainless steel, titanium alloy, aluminum alloy or polymer materials. Non - sterile supply.
3. Drill guide: usually consists of a handle and a guide sleeve, and has a double-head or single-head structure. Generally made of stainless steel. Non - sterile supply. Not used with active instruments ( including pneumatic tools ).
4. Quick - fitting handle: supporting tools for orthopedic surgery, generally made of stainless steel, titanium alloy or polymer materials. Non - sterile supply.
5. Sounder: basic tools for orthopaedic surgery, generally made of stainless steel, titanium alloy or polymer materials. Non - sterile supply.
6. Clamp for orthopaedics: basic tools for orthopaedic surgery, generally made of stainless steel, titanium alloy or polymer materials. Non - sterile supply.
7. Open circuit device: basic tools for orthopaedic surgery, generally made of stainless steel, titanium alloy or polymer materials. Non - sterile supply.
8. Orthopedic drill bit: usually consists of head and handle, with cutting edge on the head. The head is generally made of stainless steel and the handle is generally made of stainless steel, titanium or synthetic materials. Non - sterile supply. Not used with active instruments ( including pneumatic tools ).
9. Bone reamer: usually consists of handle or joint and bit with reaming cutting edge. Generally made of stainless steel. Non - sterile supply.
10. Bone guide needle: usually consists of a head, a needle body and a tail, and can be divided into thread type and polished rod type. Generally made of stainless steel or titanium alloy. Non - sterile supply.

Femoral intramedullary nail instrument is mainly used to ensure the ideal match between femoral intramedullary nail and femur, complete anti-rotation and angular stability, and simultaneously fill and press cancellous bone to complete fracture reduction.
1. Wrenches and extractors for orthopaedics: used to assist in implanting or taking out implants or bones from the body.
2. Orthopedic positioner and orthopedics positioning plate: used for positioning, guiding and protecting.
3. Drill guide: used for guiding and positioning drill bits or taps.
4. Quick - fitting handle: used in conjunction with surgical instruments to assist in the installation of implants.
5. Sounder: used to measure diameter, depth, aperture, angle, radian, etc. during orthopedic surgery.
6. Clamp for orthopaedics: used to clamp implants, instruments or tissues during orthopaedic surgery and take them out before the end of the surgery.
7. Open circuit device: used for drilling, drilling and reaming in orthopedic surgery.
8. Orthopedic drill bits: used for drilling and tapping threads; Or for embedding the nail head into bone.
9. Bone reamer: used for reaming or reaming, reconstruction and enlargement of medullary cavity in orthopedic surgery.
10. Bone guiding needle: used for traction, guiding or positioning during fracture surgery.