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Interlocking Nail Set-23 Pieces-Ortho Set

Original price was: $800.00.Current price is: $799.90.

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A complete interlocking nail set brings together a carefully engineered nail system with precise, purpose-built instrumentation, giving orthopedic teams everything needed to stabilize femoral and tibial fractures with confidence. From the initial trocar placement to final screw fixation, every piece of this interlocking nail set instrument is designed to work together, supporting both static and dynamic locking approaches across a wide range of trauma cases.

1 Mechanical Distal Jig for Tibia with Handle 1 pcs
2 Mechanical Distal Jig for Femur with Handle 1 pcs
3 Spanner 17 mm 1 pcs
4 Proximal Jig Common for Tibia and Femur 1 pcs
5 Guide Rod Cannulated 1 pcs
6 Nail Holding Bolt 1 pcs
7 Holding Forcep for Guide Wire 1 pcs
8 Driving Head 1 pcs
9 Holding Forcep for Guide Wire 1 pcs
10 Drill Sleeve, for 3.2 mm Drill Bit 1 pcs
11 Trocar 1 pcs
12 Protection Sleeve 1 pcs
13 Tissue Protector 1 pcs
14 Drill Sleeve for 4 mm Drill Bit 1 pcs
15 Bone Awl 1  pcs
16 Drill Bit 3.2 mm x 250 mm for Jacobs Chuck 1 pcs
17 Drill Bit 4 mm x 250 mm for Jacobs Chuck 1 pcs
18 Screw Driver Hexagonal Extra Long, 3.5mm Tip for 4.9 mm Locking Bolt` 1 pcs
19 Depth Gauge, Measuring upto 110 mm 1 pcs
20 Medullary Tube 1 pcs
21 Guide Wire Plain 1 pcs
22 Guide Wire with Ball Tip 1 pcs
23 Graphics Aluminium Box with Silicone Fittings 1 pcs
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The Interlocking Nail Set: System Overview, Technical Specifications & Instrumentation

An interlocking nail set gives orthopedic surgeons a dependable way to stabilize long bone fractures, particularly in the femur and tibia, using a rod locked in place from both ends rather than relying on the fracture site alone to hold everything together. This article covers what a complete interlocking nail instrument set includes, from the core implant design to the specialized tools needed to place it safely.

System Overview

An intramedullary interlocking nail is inserted directly into the marrow canal of a long bone, then secured with screws placed above and below the fracture — a design that resists both bending and rotation far better than an unlocked rod alone. A femoral interlocking nail set is built specifically for femoral nail placement, often using a trochanteric entry nail approach at the top of the thigh bone, while a tibial interlocking nail system is sized and shaped for the tibia instead.

Depending on the fracture pattern, surgeons may choose reamed intramedullary nailing, which widens the canal slightly for a snugger nail fit, or an unreamed tibial nail approach when preserving blood supply to the bone matters more than achieving a perfect canal fit.

Locking itself comes in two forms: static and dynamic locking nail configurations. Static locking secures screws at both the proximal and distal ends, preventing any shortening or rotation at the fracture site, while dynamic locking leaves one end free to allow some controlled compression as the bone heals — a choice that depends heavily on the specific fracture and healing stage.

Technical Specifications, Instrumentation & Material Standards

Technical Specifications

A full orthopedic nail instrument set is built around the specific anatomy of the femoral or tibial bone it targets, with nail length, diameter, and curvature all varying by site. The interlocking mechanism itself relies on precisely placed proximal and distal locking screws, which pass through the nail at pre-measured points to secure it firmly within the intramedullary canal. Whether the case calls for static or dynamic fixation changes which locking holes get used, but the underlying nail design generally supports both options from a single implant.

Instrumentation

Placing an interlocking nail correctly depends on a full set of interlocking nail insertion instruments working together. An aiming arm guide jig attaches to the proximal end of the nail, helping the surgical team locate distal locking holes accurately without relying on guesswork or excessive imaging.

A tissue protector sleeve and trocar create a safe working channel through soft tissue before drilling begins, protecting muscle and skin from instrument contact. A cannulated drill bit then creates the pathway for each locking screw, guided along a flexible reamer shaft during reamed intramedullary nailing when canal widening is needed. A depth gauge confirms correct screw length before final placement, and a nail extractor bolt allows the nail to be removed cleanly if revision surgery is ever required. Every piece in this instrument set is designed to work with a cannulated approach, keeping guide wires and drill bits properly aligned throughout the procedure.

Material Standards

Instrumentation in a set like this typically combines 316L surgical stainless steel for durability and precision with Ti-6Al-4V titanium alloy for the nail itself, since titanium’s strength-to-weight ratio and biocompatibility make it especially well suited for long-term implantation. Reusable tools are packaged in an autoclavable instrument tray, keeping the aiming jig, trocar, and reamer components organized and properly sterilized between cases — an essential standard for any busy orthopedics department relying on trauma instruments day to day.

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