Pre-owned / Used 1990 SYNTHES Locking Femoral Nail INTRAMEDULLARY BONE NAILS for Sale

Hardware Summary

Advanced titanium alloy construction, precise locking mechanisms, and dynamic locking options for optimal stability.

Software Summary

Integrated software for surgical planning, real-time imaging compatibility, and data management for enhanced precision.

Accessories Summary

Comprehensive set includes targeting devices, drill guides, and locking screws; compatible with major imaging systems.

Hardware

The Locking Femoral Nail Set by SYNTHES features a robust titanium alloy design ensuring durability and biocompatibility. It includes dynamic locking options with a precision-engineered nail diameter of 10-15 mm and lengths ranging from 300-480 mm. The set incorporates advanced interlocking mechanisms with a locking accuracy of ±0.5 mm, ensuring optimal stability during fracture fixation. The nails are designed with a unique surface texture to promote bone ingrowth and faster healing. Compatible with standard surgical tools and imaging systems, the hardware meets ISO 13485 standards for medical devices.

Software / Upgrade / OS / Applications / Worklist

The accompanying software offers advanced surgical planning tools with 3D modeling capabilities, allowing surgeons to pre-plan procedures for enhanced accuracy. It integrates seamlessly with major imaging systems for real-time feedback during surgery. The user interface is intuitive, featuring customizable templates and data management tools that comply with HIPAA regulations. The software supports multi-user access and provides detailed post-operative analysis reports. Regular updates ensure compatibility with the latest medical technologies and standards.

Accessories

The Locking Femoral Nail Set includes a comprehensive range of accessories such as targeting devices for precise nail placement, drill guides for accurate screw insertion, and a variety of locking screws in different sizes to accommodate various patient anatomies. Additional accessories include depth gauges, measuring tools, and sterile packaging kits to ensure a complete surgical solution. All accessories are designed to be compatible with standard operating room equipment and meet CE marking requirements.

Warranty Inclusions & Exclusions

As a pre-owned device, the Locking Femoral Nail Set does not include a manufacturer's warranty from SYNTHES. However, the seller provides detailed documentation of the device's service history and maintenance records to ensure transparency regarding its condition. The seller does not offer any additional warranty or refund policy post-sale but is committed to providing accurate information about the device's performance history.

Service History

The Locking Femoral Nail Set has undergone regular maintenance as per manufacturer guidelines since its initial use in recent years. Service records indicate routine inspections every six months by certified technicians ensuring all components are in optimal working condition. The device has been used in multiple successful orthopedic procedures without any reported malfunctions or performance issues. All service records are available upon request for potential buyers to review.

Packing List

The packing list includes one Locking Femoral Nail Set comprising various nail sizes (10-15 mm) in lengths from 300-480 mm; targeting devices; drill guides; an assortment of locking screws (sizes ranging from M6-8); depth gauges; measuring tools; sterile packaging kits; user manuals; and software installation guides on CD-ROMs or USB drives as per availability. Each component is securely packed in sterile conditions to maintain hygiene standards during transportation.

Additional Information

The Locking Femoral Nail Set by SYNTHES is designed specifically for orthopedic applications focusing on femoral shaft fractures requiring internal fixation solutions. It complies with FDA regulations as well as ISO standards ensuring safety and efficacy in clinical settings worldwide. The set is widely used in operating rooms due to its precision engineering which enhances surgical outcomes by providing stable fixation during bone healing processes while minimizing complications such as nonunion or malunion rates significantly lower than traditional methods.