Femoral Nail Instrument Set – Complete Intramedullary Femoral Nail Instrument System
Precision-Engineered Radiolucent Targeting, Medullary Canal Preparation, and Multi-Mode Locking Instrumentation for Antegrade, Retrograde, and Reconstruction Femoral Osteosynthesis.
Built for hospital trauma centers, orthopedic specialty clinics, and global surgical distributors, our Femoral Nail Instrument Set delivers rigid targeting accuracy and reproducible operating room workflows for high-energy lower-extremity trauma. Engineered directly by an ISO 13485-certified Femoral Nail Instrument Set Manufacturer, this unified Intramedullary Femoral Nail Instrument System consolidates medullary canal entry, closed fracture manipulation, radiolucent proximal aiming, and active interfragmentary compression into a single color-coded sterile platform. Whether your hospital value analysis committee specifies a clinical Femoral Nail Instrument Set or your international tender requires an export-ready Femur Nail Instrument Set, this system provides universal compatibility across modern cannulated femoral nail designs.
- Multi-Portal Surgical Versatility: Supports lateral greater trochanteric entry, piriformis fossa entry, and retrograde intercondylar notch approaches within a single consolidated layout.
- Standard Interlocking & Reconstruction (Recon) Modes: Configured as a dual-capability Femoral Interlocking Nail Instrument Set, enabling surgeons to place standard transverse/oblique proximal locking bolts or twin parallel cephalomedullary lag screws into the femoral head and neck.
- Full-Length Anatomical Fixation: Purpose-built as a comprehensive Femoral Shaft and Subtrochanteric Fracture Nailing System for Ø 9.0mm to Ø 14.0mm cannulated femoral nails, 4.9mm cortical interlocking screws.
Standard Set Configuration – Femoral Nail Instrument Set
Below is the standard factory Bill of Materials for the Femoral Nail Instrument Set. Flexible medullary reamer sets, spiral blade attachments, and custom OEM configurations are available upon request.
- Mechanical Distal Jig for Femur with Handle : 1 Qty
- Mechanical Distal Jig for Tibia with Handle : 1 Qty
- Proximal Jig Common for Tibia and Femur : 1 Qty
- Spanner 17 mm : 1 Qty
- Nail Holding Bolt : 1 Qty
- Guide Rod Cannulated : 1 Qty
- Ram : 1 Qty
- Driving Head : 1 Qty
- Holding Forcep for Guide Wire : 1 Qty
- Drill Sleeve, for 3.2 mm Drill Bit : 1 Qty
- Protection Sleeve : 1 Qty
- Trocar : 1 Qty
- Drill Sleeve for 4 mm Drill Bit : 1 Qty
- Tissue Protector : 1 Qty
- Bone Awl : 1 Qty
- Drill Bit 3.2 mm x 250 mm for Jacobs Chuck : 1 Qty
- Drill Bit 4 mm x 250 mm for Jacobs Chuck : 1 Qty
- Screw Driver Hexagonal Extra Long, 3.5mm Tip for 4.9 mm Locking Bolt : 1 Qty
- Depth Gauge, Measuring upto 110 mm : 1 Qty
- Medullary Tube : 1 Qty
- Guide Wire Plain : 1 Qty
- Guide Wire with Ball Tip : 1 Qty
- Graphics Aluminium Box with Silicone Fittings : 1 Qty
Multi-Approach Surgical Versatility: Universal Femur Nail Instrument Set for Antegrade & Retrograde Entry
High-energy femoral trauma presents diverse patient positioning and anatomical challenges—ranging from polytrauma patients on radiolucent flattop tables to obese patients or distal periprosthetic fractures. Rather than forcing surgical facilities to maintain separate instrument cases for each entry portal, our universal Femur Nail Instrument Set equips orthopedic teams to execute any surgical approach from one streamlined system.
Engineered as a complete Intramedullary Femoral Nail Instrument System, the platform incorporates modular proximal aiming attachments and portal-specific entry instruments:
- Lateral Trochanteric & Piriformis Antegrade Entry: Includes a curved cannulated entry awl, multi-hole offset wire guide, and stepped proximal entry reamer with a soft-tissue protection tube that shields the gluteus medius tendon and pelvitrochanteric musculature during canal opening.
- Retrograde Intercondylar Notch Entry: Adapts seamlessly for retrograde femoral nailing via a transpatellar or parapatellar arthrotomy, providing articular protection sleeves and multi-planar distal condylar locking guides to stabilize supracondylar fractures.
Precision Targeting Engineering: Femoral Interlocking Nail Instrument Set Capabilities
Achieving interference-free screw placement across deep muscular envelopes requires rigid mechanical alignment between the external aiming jig and the intramedullary implant. Configured as a zero-play Femoral Interlocking Nail Instrument Set, this platform incorporates four critical mechanical safeguards:
- Standard Proximal Aiming Attachment: The cam-lock targeting block features ports for standard static/dynamic mediolateral (ML) and oblique trochanteric locking bolts (using Ø 4.2mm / Ø 4.3mm calibrated drills for 4.9mm screws) angled into the femoral neck and head.
- Active Internal Axial Compression: Incorporates a calibrated internal compression screw that threads into the proximal nail connection bolt, allowing the surgeon to draw the distal fracture segment proximally against a dynamic locking bolt to close transverse or short oblique fracture gaps.
- Keyed Zero-Play Nail Driving Interface: Precision-ground alignment lugs between the nail connection mount and the proximal nail end guarantee exact rotational indexing, eliminating drill-bit skiving or nail contact during proximal screw preparation.
- Slotted Cannulated Hammer & Revision Extraction Assembly: Equipped with a heavy-duty reversible slotted hammer, driving strike plate, and conical threaded extraction bolts for controlled nail seating or revision hardware removal.
Multi-Zone Clinical Indications: Turnkey Femoral Shaft and Subtrochanteric Fracture Nailing System
By uniting standard interlocking, cephalomedullary reconstruction, and retrograde capabilities inside one modular tray, trauma centers maximize capital efficiency across the entire femur. Operating as an all-in-one Femoral Shaft and Subtrochanteric Fracture Nailing System, this platform addresses simple and complex fracture patterns from the lesser trochanter to the femoral condyles.
Diaphyseal, Subtrochanteric & Ipsilateral Neck/Shaft Applications (AO/OTA 31, 32 & 33)
- Diaphyseal Femoral Shaft Fractures (AO/OTA 32-A, 32-B, 32-C): Simple spiral, oblique, and transverse mid-shaft fractures, as well as spiral wedge, bending wedge, and complex segmental femoral fractures stabilized via static or dynamic interlocking fixation.
- Subtrochanteric & Ipsilateral Neck/Shaft Fractures (AO/OTA 31-A3 & 31-B): High-stress subtrochanteric fractures (resisting flexion, abduction, and external rotation of the proximal fragment) and concomitant femoral neck/shaft fractures stabilized using the cephalomedullary recon mode of our Femoral Shaft and Subtrochanteric Fracture Nailing System.
- Distal Metaphyseal & Supracondylar Femur Fractures (AO/OTA 33-A & 33-C1): Extra-articular distal third fractures, simple intercondylar split fractures, and periprosthetic fractures above total knee arthroplasty (TKA) components managed via retrograde interlocking.
- Pathological Fractures, Nonunions & Malunions: Prophylactic intramedullary stabilization of impending metastatic femoral lesions, secondary exchange nailing for nonunions, and corrective rotational osteotomies.
Sterile Processing (SPD) Efficiency & Modular Graphic Case Architecture
Hospital Sterile Processing Departments (SPD) and operating room managers evaluate large-bone nailing systems on autoclave reliability, ergonomic weight distribution, and rapid visual inventory counts. Our Femoral Nail Instrument Set is housed in a hard-anodized aluminum sterilization case with silicone holders.
Engineered with an open-surface perforation ratio exceeding 45% to guarantee rapid steam penetration and moisture evacuation during standard pre-vacuum autoclave cycles (132°C / 270°F for 4 minutes).
Heavy driving hammers, long reamers, and targeting jigs are distributed across balanced, stackable modular tiers so each sterilization container remains below the 25 lb (11.3 kg) AAMI ST77 weight limit.
Direct OEM & Global Supply: Trusted Femoral Nail Instrument Set Manufacturer
Sourcing intramedullary targeting instrumentation directly from a dedicated Femoral Nail Instrument Set Manufacturer eliminates third-party distributor markups and guarantees micron-level alignment between your targeting jigs and femoral nail implants. Every aiming bow and cam-lock targeting block is inspected on 5-axis coordinate measuring machines (CMM) and test-drilled against master nail gauges prior to release.
- Surgical Cutting & Drilling Metallurgy: Reamers, awls, and calibrated twist drill bits are machined from stainless steel, vacuum heat-treated to 48–52 HRC for long-lasting cutting flute sharpness.
- Custom OEM Jig-to-Implant Calibration: As a full-service Femoral Nail Instrument Set Manufacturer, we customize proximal aiming blocks to match universal AO-standard lateral femoral nail (LFN / RAFN) geometry or your proprietary implant blueprint.
- Global Regulatory & Tender Compliance: Manufactured in an ISO 13485:2016 certified facility
Frequently Asked Questions
Q1: Is there any difference between a Femoral Nail Instrument Set and a Femur Nail Instrument Set?
In clinical orthopedic literature and global B2B procurement, Femoral Nail Instrument Set and Femur Nail Instrument Set describe the exact same surgical platform. Our unified system satisfies both Western clinical operating room standards and international hospital tender RFQ specifications for intramedullary femoral fixation.
Q2: How does the Femoral Interlocking Nail Instrument Set stabilize complex subtrochanteric and ipsilateral neck/shaft fractures?
Configured as a dual-mode Femoral Interlocking Nail Instrument Set and Femoral Shaft and Subtrochanteric Fracture Nailing System, the proximal targeting block guides either standard 5.0mm transverse/oblique locking bolts or twin parallel Ø 6.5mm cephalomedullary reconstruction lag screws into the femoral head—preventing varus collapse and rotational displacement in unstable proximal segments.
Q3: What are the sterilization parameters for the Femoral Nail Instrument Set sterilization tray?
The anodized aluminum sterilization container is validated for standard hospital pre-vacuum steam autoclave sterilization at (132°C / 270°F) for 4 minutes with a minimum 20–30 minute drying cycle, as well as 134°C (273°F) for 3 minutes under European/WHO sterilization protocols.
Q4: As a Femoral Nail Instrument Set Manufacturer, do you offer OEM private-label branding and custom tray layouts?
Yes. As a direct Femoral Nail Instrument Set Manufacturer, we provide comprehensive OEM and private-label services for orthopedic implant companies and regional distributors, including custom laser-etched brand logos, bespoke anodized case colors, tailored silicone bracket layouts, and custom targeting jig calibration.
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