Intramedullary Nail Removal Set – 23-Piece Multi-Chuck Nail Extraction System, CE Mark ISO 13485 FDA

The Intramedullary Nail Removal Set is a 23-piece stainless steel orthopedic instrument set engineered exclusively for the surgical extraction of intramedullary nails, including femoral, tibial, humeral, and other long-bone nail systems, following fracture union, implant failure, periprosthetic fracture, infection, or revision surgery. The set is built around a comprehensive extractor chuck system covering thread standards M6, M8, M8×1mm, M10, M10×1mm, and M11, supplemented by universal small and large extractor chucks, enabling the set to engage nail extraction ports across multiple implant manufacturers without requiring brand-specific tooling. It also includes a locking screw extractor, five calibrated hex screwdrivers spanning SW2.5 to SW5.0, a saw blade extractor chuck assembly, a hammer, and wire cutter, all housed in a labelled aluminium box. It is used by orthopedic trauma surgeons, revision surgery specialists, and surgical scrub technicians in hospital operating rooms, trauma centers, and orthopedic revision suites. Sold as 1 complete set.

Multi-Standard Extractor Chuck System: Compatibility Across Implant Manufacturers

The clinical and logistical challenge of intramedullary nail removal is that nails from different manufacturers use different extraction port thread standards — a difference that, if the correct extractor chuck is unavailable at the time of surgery, can prevent nail extraction entirely or require last-minute instrument sourcing. The extractor chuck sub-system within this set addresses this directly by providing eight chuck variants covering the thread specifications most commonly encountered across contemporary intramedullary nail systems: M6 (smaller tibial and humeral nail extraction ports), M8 and M8×1mm (standard femoral and tibial nail extraction ports with standard and fine-pitch threads), M10 and M10×1mm (larger femoral and reconstruction nail extraction ports in standard and fine-pitch configurations), M11 (specialized nail systems with wider extraction bore), Universal Small, and Universal Large (accommodating non-standard, worn, or stripped extraction port threads where metric chuck engagement is unreliable). The saw blade extractor chuck SW4.0 is provided in both right-hand and left-hand configurations (×2), enabling engagement with saw-slotted nail ends used in some nail systems for alternative extraction coupling. This breadth of chuck coverage means the set functions as a universal nail removal system rather than a single-brand instrument tray, supporting hospitals and trauma centers that manage patients with hardware from multiple implant manufacturers across their trauma population.

Surgical Application: Nail Extraction Indications, Workflow, and Intraoperative Challenges

Intramedullary nail removal is indicated in a defined range of clinical circumstances, each presenting specific intraoperative challenges that the instrumentation in this set is designed to address. In post-union elective removal — performed in younger patients experiencing nail-related symptoms including pain at the entry site, bursa formation, or hardware irritation — the primary challenge is locking screw extraction before nail pullout, addressed by the five-size hex screwdriver set (SW2.5–SW5.0 × 250 mm) and the dedicated locking screw extractor (250 mm) for stripped or fixed screws. In revision procedures following nonunion, malunion, or implant exchange, the nail may be partially osseointegrated at the endosteal surface or obstructed by hypertrophic callus at locking screw holes, requiring controlled impaction-distraction force delivered through the hammer and T-handle quick coupling assembly. In cases of implant failure involving nail breakage — a recognized complication of femoral and tibial nailing in high-load environments — the proximal fragment is typically retrieved via standard extraction methods while the distal fragment may require the saw blade driver and extractor chuck assembly to engage the broken nail end. The wire cutter addresses removal of cerclage wires or retained guide wires encountered during the procedure. The universal joint facilitates angled instrument approach where direct axial access to the nail entry portal is restricted by patient anatomy or implant position.

Instrument Set Composition and Torque Control Engineering

The 23-instrument set is structured around three functional groups, each addressing a distinct phase of the nail removal procedure. The locking screw removal group comprises the five hex screwdrivers (SW2.5 × 250 mm through SW5.0 × 250 mm), the locking screw extractor (250 mm), and the open wrench T1.5, covering the full range of locking screw hex socket sizes used in current intramedullary nail systems for femoral, tibial, and humeral applications. The 250 mm shaft length provides sufficient reach to access distal locking screw sites in long femoral nails without instrument-body collision. The nail extraction group comprises the T-handle quick coupling, the eight extractor chucks, the saw blade extractor chuck (right/left × 2), the saw blade driver, the end cap wrench (180 mm), the hammer, and the two wrenches, providing the mechanical coupling, rotational drive, and axial extraction force required to disengage an osseointegrated nail from the endosteal canal. The end cap wrench (180 mm) removes threaded nail end caps or proximal locking plugs that must be cleared before chuck engagement. The universal joint and wire cutter complete the set's capability for access to non-axial extraction corridors and wire hardware removal respectively. All instruments are housed in a labelled aluminium box supporting intraoperative count verification and post-operative instrument set audit against the 23-piece manifest.

Sterilization, Reusability, and Set Maintenance

All instruments in the Intramedullary Nail Removal Set are reusable and manufactured from stainless steel compatible with standard hospital sterilization protocols. Steam autoclave sterilization at 134°C pre-vacuum cycle parameters is the recommended primary reprocessing method. The aluminium storage box should be confirmed as autoclave-compatible with the facility's sterilization equipment; where direct box autoclaving is not indicated, instruments should be transferred to a wrapped sterilization tray for processing. Pre-cleaning is critical for the extractor chuck threads and hex screwdriver recesses, which retain bone debris, fat, and cortical material following use in osseointegrated nail extraction procedures. Manual brushing and ultrasonic processing of all threaded components prior to terminal sterilization is required to ensure complete removal of organic material from thread interfaces. The hammer face and impactor surfaces should be inspected for deformation at each reprocessing cycle, as face deformation compromises coupling engagement force transmission. Hex screwdrivers should be examined for tip wear and dimensional integrity at the drive surface, since a worn SW tip will strip locking screw recesses under torque and complicate removal. The T-handle quick coupling locking mechanism should be tested for positive engagement before each use.

CE Mark, ISO 13485, and FDA Certification for Orthopedic Instrument Procurement

The Intramedullary Nail Removal Set is manufactured under a quality management system certified to ISO 13485, governing all production stages from raw material procurement through machining, assembly, quality inspection, and traceability documentation. CE Mark certification confirms conformity with European Medical Device Regulation requirements for reusable orthopedic surgical instrument sets distributed within EU and associated regulatory territories. FDA compliance documentation is maintained for United States distribution, satisfying regulatory requirements applicable to reusable surgical instruments procured by US hospitals, trauma centers, and group purchasing organizations. These three certifications together satisfy the procurement and tender documentation requirements of institutional buyers in the USA, India, Pakistan, Vietnam, and across major international tender frameworks. Certificates of conformity, quality management system records, and manufacturer declarations are available upon request for vendor qualification and tender submission purposes. OEM and custom-configured removal sets are available within the same certified manufacturing framework.

Product Specifications

Frequently Asked Questions

What is the Intramedullary Nail Removal Set and what procedures does it support?
The Intramedullary Nail Removal Set is a 23-piece stainless steel instrument system designed exclusively for the surgical extraction of intramedullary nails from the femur, tibia, humerus, and other long bones following fracture union, implant failure, periprosthetic fracture, infection, or planned revision surgery. Unlike the insertion sets in this range — which contain reamers, guide rods, targeting frames, and locking drill assemblies — every instrument in this set is oriented toward the reverse workflow: disengaging and withdrawing a nail that has been residing in bone for weeks to years. The set supports all phases of nail extraction: end cap or proximal plug removal using the end cap wrench (180 mm); locking screw extraction using the five-size hex screwdriver set (SW2.5–SW5.0 × 250 mm) and the 250 mm locking screw extractor for fixed or stripped screws; nail end engagement using one of eight extractor chuck sizes (M6, M8, M8×1mm, M10, M10×1mm, M11, Universal Small, Universal Large) or the saw blade extractor chuck assembly; controlled extraction force delivery via the T-handle quick coupling and hammer; and angled access using the universal joint where direct axial approach is restricted. The wire cutter addresses cerclage wire or retained guide wire removal encountered during the procedure.

What clinical indications require intramedullary nail removal?
Intramedullary nail removal is performed in several distinct clinical scenarios, each with different operative priorities. Elective removal after fracture union is performed in symptomatic patients — typically younger, active individuals — experiencing nail entry site pain, bursa formation over prominent hardware, or discomfort from interlocking screws, most commonly after tibial nailing. Hardware removal for infection requires extraction of an osseointegrated nail as part of a two-stage revision protocol, where nail retention in the presence of deep infection would compromise the ability to achieve local infection control. Implant exchange for nonunion or malunion requires nail removal as the first step of a revision procedure, often complicated by partial osseointegration of the nail at endosteal contact zones. Broken nail extraction — a complication seen in femoral and tibial nailing following fatigue failure, particularly in nonunion cases — requires the saw blade extractor chuck assembly to engage the broken nail end when the extraction port is no longer intact. Periprosthetic fracture revision adjacent to retained nailing hardware may require nail removal to allow plate or stem placement. In all cases, the multi-size extractor chuck system in this set is the critical component for reliably engaging the nail extraction port regardless of implant manufacturer or thread standard.

How does this nail removal set differ from the insertion sets in the same range?
The Intramedullary Nail Removal Set is clinically, functionally, and instrumentally distinct from every other set in Peak Surgicals' intramedullary nail range — the 28-piece Reversed Femoral Gama Set and the 54-piece Femoral Reconstruction Set — which are exclusively designed for nail insertion. The insertion sets contain reamers, guide rods, guide drill and sleeve assemblies, locking drill bits, targeting frames, and positioning components that have no application in nail removal. Conversely, the removal set contains extractor chucks in eight thread-size variants, a locking screw extractor, a saw blade extractor chuck, and a hammer — none of which appear in insertion sets. The procedural workflows are the mirror image of each other: insertion sets prepare the medullary canal and guide a nail into bone; the removal set disengages locking hardware, couples to the nail extraction port, and draws the nail back out of an established canal. For this reason, the removal set should be stocked as a mandatory standalone tray in any orthopedic trauma service, not treated as a supplement to or substitute for insertion set instruments. Trauma centers managing a significant nail removal caseload from mixed implant manufacturers will find particular value in the removal set's eight-chuck coverage of M6 through M11 thread standards.

What sterilization methods are compatible with this instrument set?
All stainless steel instruments in the 23-piece removal set are compatible with steam autoclave sterilization at standard pre-vacuum cycle parameters of 134°C / 273°F, which is the recommended routine reprocessing method. The aluminium box should be confirmed as autoclave-compatible with the facility's sterilization equipment; when uncertain, instruments should be transferred to a wrapped sterilization tray. Ethylene oxide and hydrogen peroxide plasma sterilization (e.g., STERRAD) are compatible with the stainless steel instruments for low-temperature sterilization protocols. Pre-cleaning is particularly important for the extractor chuck threads and hex screwdriver tips, which accumulate cortical debris, endosteal fat, and metallic particles from stripped screw recesses during use. Manual brushing and ultrasonic processing of all threaded and recessed surfaces is required prior to terminal sterilization. All instrument threads, coupling mechanisms, and the T-handle quick coupling locking action should be verified for functional integrity before set release for use.

What regulatory certifications does this instrument set carry?
The Intramedullary Nail Removal Set is manufactured under an ISO 13485-certified quality management system governing all production stages including raw material procurement, machining, assembly, quality inspection, and traceability. CE Mark certification confirms conformity with European Medical Device Regulation requirements for Class I reusable orthopedic surgical instrument sets distributed in EU and associated regulatory territories. FDA compliance documentation is maintained for United States distribution, meeting the regulatory requirements applicable to reusable surgical instruments supplied to US hospitals, trauma centers, and GPO-contracted procurement programs. All three certifications are recognized by institutional procurement offices in the USA, India, Pakistan, Vietnam, and across international tender frameworks. Certificates of conformity, quality management system documentation, and manufacturer declarations are available upon request for vendor qualification and institutional tender submissions.

Are bulk, institutional, or OEM orders available for this instrument set?
Yes. Peak Surgicals accepts institutional purchase orders for the Intramedullary Nail Removal Set with a minimum order quantity of 1 set, with volume pricing available for hospitals, orthopedic trauma centers, medical device distributors, and group purchasing organizations placing multi-set orders. OEM manufacturing is available for buyers requiring private-label branding, modified set configurations — such as additional extractor chuck sizes for specific nail systems, alternative screwdriver tip geometries, or custom aluminium box layouts — produced within the same ISO 13485-certified framework with full regulatory documentation. This set qualifies for free shipping on orders of $99 or more. Procurement officers and international distribution partners are encouraged to contact Peak Surgicals to discuss volume pricing, lead times, and OEM program requirements.