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The system is designed to provide strong angular stability, helping maintain fracture alignment even under physiological load conditions.
Its integrated bolt and anti-rotation mechanism allow controlled compression across the fracture site to support reliable bone healing.
The low-profile construct enables less invasive implantation, helping reduce soft tissue disruption and postoperative discomfort.
An anti-rotation screw is incorporated to minimize femoral head rotation and improve overall fixation stability in unstable fractures.
The implant geometry is developed to match femoral neck anatomy, assisting surgeons in achieving accurate placement and secure fixation.
Manufactured from medical-grade titanium, the system offers superior strength, corrosion resistance, and biocompatibility for long-term performance.
Suitable for the fixation of displaced femoral neck fractures where stable anatomical reduction is required.
Used in the management of undisplaced or minimally displaced fractures to maintain proper bone alignment during healing.
Indicated for intracapsular fractures of the proximal femur that require reliable internal fixation and rotational stability.
Recommended for vertically oriented femoral neck fractures where enhanced angular stability and compression are essential.
Commonly preferred in younger patients, where preservation of the native hip joint is clinically important.
Can be used in osteoporotic bone conditions where improved implant stability and secure fixation are needed.
Our femoral neck system features FNS locking plates in different sizes along with antirotation leg screws, bolt sleeves, and locking head screws.
Designed to provide angular stability and secure fixation in femoral neck fracture management, the FNS Locking Plate features an anatomical low-profile design that minimizes soft tissue irritation while supporting stable load distribution and controlled fracture compression.
| Cat No. (Titanium) | Holes | Length (mm) |
| Ti.858.001 – Ti.858.002 | 1 – 2 | 50.90 – 57 |
The FNS Antirotation Leg Screw enhances the rotational stability of the femoral head fragment by working in combination with the bolt system. Its fixed-angle configuration helps maintain fracture alignment and reduces the risk of rotational displacement during healing.
| Cat No. (Titanium) | Length (mm) |
| Ti.858.170 – Ti.858.220 | 70 – 120 |
Engineered as the primary load-bearing component, the FNS Bolt Leg Sleeve allows controlled dynamic compression at the fracture site while minimizing implant protrusion. Its design supports stable fixation and controlled collapse for improved healing outcomes.
| Cat No. (Titanium) | Length (mm) |
| Ti.858.370 – Ti.858.420 | 70 – 120 |
This self-tapping HEXDRIVE locking screw is developed for secure fixation of the FNS plate to the femoral shaft. It offers strong locking engagement, improved stability, and efficient insertion during orthopedic trauma procedures.
| Cat No. (Titanium) | Length (mm) |
| Ti.106.320 – Ti.106.360 | 20 – 60 |
The Star Drive self-tapping locking screw is designed to deliver dependable plate fixation with enhanced torque transmission and controlled insertion. It helps achieve stable construct support while simplifying surgical handling during implantation procedures.
| Cat No. (Titanium) | Length (mm) |
| Ti.106.420 – Ti.106.460 | 20 – 60 |
The FNS Instrument Set is a comprehensive surgical toolkit developed for precise and reproducible implantation of the Femoral Neck System. It includes dedicated instruments that support accurate drilling, depth measurement, implant placement, and secure fixation during surgery.
| XP.IS.185 | FNS – Femoral Neck System Instrument Set | Units |
| XP.858.601 | Angled Guide – 130˚ | 1 |
| XP.858.602 | Correction Guide – 5˚ | 1 |
| XP.858.603 | Guide Wire Thread 3.2mm X 400mm | 4 |
| XP.858.604 | Direct Measuring Device 3.2mm X 400mm | 1 |
| XP.858.605 | Sleeve | 1 |
| XP.858.606 | Complete Opening Drill Bit/Reamer Assembly | 1 |
| XP.858.607 | Insertion Handle – 130˚ | 1 |
| XP.858.608 | Director – 7.5˚ | 1 |
| XP.858.609 | Multifunction Rod | 1 |
| XP.858.610 | Drill Bit Quick Coupling End 4.3mm Dia. | 1 |
| XP.858.612 | Drill Stop | 1 |
| XP.858.613 | Protection Sleeve – 10.4mm/7.1mm X 175mm | 1 |
| XP.858.614 | Star Drive Screwdriver Shaft – T 25 | 1 |
| XP.858.615 | Hex Drive Screwdriver Shaft – SW 3.5mm | 1 |
| XP.858.616 | Adapter Connector | 1 |
| XP.858.617 | Hit Sleeve | 1 |
| XP.858.618 | Depth Gauge 0-100mm | 1 |
| XP.858.619 | Torque Limiting Attachment – 4Nm | |
| XP.858.620 | Quick Coupling Handle | 1 |
| XP.858.621 | Template Screw Driver | 1 |
| XP.858.650 | Graphic Aluminium implants & Instruments Box For FNS Set | 1 |
Siora’s Femoral Neck Fixation System includes FNS Locking Plate 4.5/5.0 mm, Antirotation Leg Screw, Bolt Leg Sleeve, fixation screws, and compatible surgical instrumentation designed for stable femoral neck fracture fixation.
The FNS Locking Plate, Antirotation Leg Screw, and Bolt Leg Sleeve are manufactured using medical-grade titanium for excellent strength, corrosion resistance, and biocompatibility required in orthopedic trauma surgeries.
Yes, Siora offers OEM and private-label manufacturing services for femoral neck fixation systems, including customized branding, packaging, and product configurations for international distributors.
Yes, Siora supplies complete femoral neck fixation solutions, including locking plates, antirotation screws, sleeves, locking screws, and associated instruments.
Yes, multiple plate sizes, screw lengths, and implant configurations are available to meet varying surgical and anatomical requirements.
Yes, Siora exports orthopedic trauma implants and femoral neck fixation systems to various international markets, including Africa, Europe, Asia, the Middle East, and Latin America.
Yes, the FNS system is designed to support minimally invasive surgical techniques while providing stable fixation and controlled compression at the fracture site.
Yes, customized labeling, OEM branding, and distributor-specific packaging options are available for private-label orthopedic implant businesses.
Indian orthopedic implant manufacturers are preferred for offering cost-effective production, global-quality standards, flexible OEM services, and reliable bulk supply capabilities.
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