Arthrex offers a complete complement of metal plates and associated cortical, cancellous and locking screws for the following indications: fibular fractures (Weber A, B and C), deltoid avulsion, forefoot and midfoot fusion, fracture and opening/closing wedge anatomic plates.

Foot and Ankle

Bio-Compression Screws are versatile and may be used to treat a broad range of indications in both lower and upper extremities. Designed with a stepped pitch and taper, this screw draws two fragments together using straightforward instrumentation for drilling and tapping. Made of solid enhanced PLLA material, the BCS absorbs over time without losing strength during insertion or through the critical phases of healing. With Bio-Compression Screw technology, zero-head-prominence above the cortex and zero image on x-ray is possible, creating a very natural repair. Offered in two families, 3 mm and 3.5 mm, the 3 mm screws range in two millimeter lengths from 16–26 mm. The 3.5 mm screws are fully cannulated and come in two millimeter lengths from 16–32 mm with a variable proximal diameter. Applications in the foot and ankle include OCDs, fractures, osteotomies and arthrodesis of the tarsals, metatarsals and phalanges. From bunion correction to trauma management, the Bio-Compression Screw provides excellent compression and holding power maintained throughout the normal healing period. For lower extremity surgery, the Bio-Compression Screw may be inserted either percutaneously or in an open procedure. Accurate placement of the screw can be ensured by using the cannulated instrumentation in the set.

Bio-Compression Screws

The&nbsp;Trim-It&nbsp;Spin Pin™&nbsp;offers the surgeon the advantage of exact sizing of PIPJ implants every time, without leaving pin material across the DIPJ eliminating the need to countersink. The&nbsp;Trim-It&nbsp;Spin Pin’s laser marked metal trocar tip acts as a drill and measuring device, providing for an exact fit of the bioabsorbable implant.&nbsp; PLLA material provides superior shear strength over competitive absorbable pins (data on file)&nbsp;and enables the surgeon to anatomically position the toe after implantation leaving the patient with an aesthetically pleasing flexed toe fusion.

TRIM-IT Spin Pin™

The Trim-It™ pin simplifies PIP joint fixation, as the 1.5 or 2.0 mm pin seats into any standard wire driver. The PLLA material provides superior shear strength over competitive absorbable pins and enables the surgeon to anatomically position the toe after implantation, leaving the patient with an aesthetically pleasing flexed toe fusion.1,2 
 
Trim-It Pins can also be used for 1st metatarsal bunionectomy, proximal interphalangeal resection, ankle fractures, and fixation of chondral fragments.
References
1. Arthrex, Inc. Data on file (APT-00369). Naples, FL; 2005.
2. Arthrex, Inc. Data on file (APT-01305). Naples, FL; 2009.

TRIM-IT™ Pins

Bio-Screws & Pins

Arthrex offers a variety PLLA fixation options with the&nbsp;Trim-It&nbsp;Screw and&nbsp;Trim-It&nbsp;Pin families.&nbsp; The&nbsp;Trim-It&nbsp;Instrumentation Set includes the necessary instruments needed to drill, measure depth, tap and properly “cut-to-size” and retaper the tip of the 2.7 mm, 3.5 mm, 4.0 mm and 4.5 mm bio-absorbable&nbsp;Trim-It&nbsp;Screws.&nbsp;
Arthrex also offers bio-absorbable k-wires with the 1.5 mm, 2 mm&nbsp;Trim-It&nbsp;Pins and the&nbsp;Trim-It&nbsp;Spin Pin.&nbsp; Pins utilize a standard quick connect pin driver so surgeons can drill and place the pin in one step.&nbsp;&nbsp;

Secondary (C)

Product

BioSync reconstructive wedges provide an alternative to allograft/autograft bone most commonly for Evans and Cotton procedures. An innovative porous titanium wedge that consists of a three-dimensional, open-celled, titanium scaffold for bone and tissue ingrowth. This osteoconductive environment is designed to enhance the potential for bone integration and attempts to minimize loss of correction made.

BioSync® Anatomic Reconstruction Wedge

The Digital Repair System houses all of the necessary instrumentation for the various hammertoe correction lines Arthrex offers:
<ul>
 <li>DynaNite® PIP Implant</li>
 <li>Trim-It™ Pins</li>
 <li>Retrofusion Screw</li>
 <li>Micro Compression FT™ Screws</li>
 <li>Headless Compression PT Screws</li>
 <li>CPR™ System</li>
</ul>
Also in this set are new phalangeal reamers. Offered in sizes 6 mm , 8 mm, 10 mm, and 12 mm, these reamers create a cup and cone shape at the fusion site like MTP reamers for 1st MTP fusions.

Digital Repair System

The DynaNite FlexWire is a two-zone nitinol wire that takes advantage of the superelastic properties of nitinol to improve upon standard K-wire fixation for hammertoe correction. Broken and bent wires are common complications with standard K-wire fixation.1 The superelastic properties of the implanted zone of this wire allow for the same correction surgeons are accustomed to with stainless steel wires, but with the advantage of reducing the risk of permanently bent wires in noncompliant patients. The bendable portion left outside of the toe can be bent, cut, and capped in standard fashion.
The FlexWire is offered in 0.86 mm, 1.1 mm, and 1.6 mm diameters.
Reference
1. Catena F, Doty JF, Jastifer J, Coughlin MJ, Stevens F. Prospective study of hammertoe correction with an intramedullary implant. Foot Ankle Int. 2014;35(4):319-325. doi:10.1177/1071100713519780

DynaNite® FlexWire

The DynaNite nitinol compression plates take advantage of the superelastic property of nitinol to create dynamic compression across a fusion site. Each plate comes packaged with a compression device. When the compression device is removed, the bridge is allowed to widen to its manufactured natural state. As the plate widens, it shortens to compress the fusion site.
The DynaNite nitinol compression plates are offered in 5 different plate geometries of varying lengths. The plates can be fixated with 3.0 mm or 3.0 mm hybrid cortical and VAL screws.
The Arthrex DynaNite compression plates are intended to be used in conjunction with the Arthrex Compression FT screws.

DynaNite® Nitinol Compression Plates

The DynaNite nitinol guidewires take advantage of the memory properties of nitinol to allow the wires to bend and return to their original manufactured straight shape. Now available in both sterile and nonsterile options, these wires are a simple, but unique, way to increase efficiency in the operating room. The DynaNite nitinol guidewires are offered in .86 mm, 1.1 mm, and 1.6 mm diameters with various lengths, tips, and laser markings to match current stainless steel offerings.

DynaNite® Nitinol Guidewires

The DynaNite Nitinol staple is a low-profile implant that provides exceptional compressive fixation with easy-to-use instrumentation.The Arthrex DynaNite Nitinol staple is intended to be used for fixation procedures such as LisFranc arthrodesis, monocortical or bicortical osteotomies in the forefoot, 1st metatarsophalangeal arthrodesis, Akin osteotomy, midfoot and hindfoot arthrodeses or osteotomies, osteotomies for hallux valgus treatment (scarf and chevron), and arthrodesis of the metatarsocuneiform joint to reposition and stabilize metatarsus primus varus.

DynaNite® Nitinol Staple

The DynaNite PIP hammertoe implant is a threaded, cannulated, nitinol solution for hammer toe deformities. The implant barbs are extended by inserting a K-wire and maintain fixation due to the material properties of nitinol. Cannulation allows for surgeons to cross the MTP joint with the K-wire if desired and allows for precision drilling and insertion of the implant. Implants are offered in 12 mm, 14 mm, and 16 mm sizes.

DynaNite® PIP Hammertoe Implant

DynaNite Nitinol Products

Arthrex’s DynaNite nitinol product portfolio has harnessed the unique superelastic material properties of nitinol to create a versatile product line. Arthrex offers a comprehensive line of staples with 20 different bridge lengths and widths. Combined with the new DynaNite Compression Plates, surgeons have a multitude of dynamic compressive options for both fusion and osteotomy procedures about the foot.
Additionally, Arthrex is the first and only company to offer a cannulated, threaded nitinol hammertoe implant. The DynaNite PIP device is offered in 3 different lengths and straight and bent options. This devices offers surgeons a simple, reproducible, and stable construct to correct hammertoe deformities.
The DynaNite FlexWire is also available for hammertoe correction. For K-wire users, the superelastic end of the FlexWire provides the same fixation as a stainless steel K-wire, but with the added benefit of maintaining its straight shape.
With more products on the horizon, the DynaNite nitinol product line will continue to expand to offer a multitude of options to help surgeons treat their patients better.

DynaNite® Nitinol Products

The FibuLock fibular nail is a cutting-edge, minimally invasive treatment for ankle fractures. It is inserted into the fibula through a minimal incision and acts like an internal splint to stabilize the fracture during healing. This minimally invasive technique may reduce wound complications often associated with standard open reduction internal fixation plating techniques.1 The proximal “talons” allow for stable fixation to restore length, alignment, and rotation. The FibuLock nail is the only system on the market with this capability.
Reference:
1. Foot and Ankle International. 2016;37(1):115-123. doi:1177/1071100715622392.

FibuLock® Fibular Nail

Intramedullary Nails

The FibuLock® Nail Ankle Fracture System provides a minimally invasive solution for virtually any distal fibula fracture. Surgeons can maintain fracture reduction with all the associated benefits of intramedullary nailing. Each nail has triangulation talons providing proximal fixation to the fracture. The talons can also be deactivated for easy removal. Nails come in 2 diameters, 3.0 mm and 3.8 mm, as well as 130 mm and 180 mm lengths, and accept syndesmotic fixation. Distally, an innovative locking mechanism using 2.7 mm screws provides multiplanar fixation and optional fracture compression.

The 5th metatarsal fracture system is a uniquely designed screw and plate system that provides surgeons a variety of options to efficiently and effectively treat complex 5th metatarsal fractures.
<ul>
 <li>Solid screws: Robust 4.5 mm, 5.5 mm, and 6.0 mm diameters.</li>
 <li>Cannulated instruments: Strength of a solid screw, while providing cannulated drills and taps for accurate placement and efficiency.</li>
 <li>Low-profile head: Designed to minimize soft-tissue irritation.</li>
 <li>Anatomic hook plate: Designed to fit the 5th metatarsal base with variable-angle locking and nonlocking screws for revisions or complex fractures.</li>
</ul>

5th Metatarsal Fracture System

The Ankle Fracture Management System was developed to be the most comprehensive set available for the treatment of ankle fractures. All fibula plates are engineered to work seamlessly with our proven Syndesmosis TightRope® implants.
The set includes:
<ul>
 <li>3.5 mm locking one-third tubular plates</li>
 <li>3.5 mm locking straight plates (reconstruction plates)</li>
 <li>Fracture-specific plates: locking medial hook plates, locking lateral hook plates, and anatomic distal fibular plates</li>
</ul>
The system can also be customized to include the FibuLock® fibular nail (an MIS solution for ankle fractures), posterolateral fibula plates, and/or 2.7 mm cortical screws depending on the surgeon’s preferences.

Ankle Fracture Management System

The Titanium Ankle Fusion Plating System provides an anatomic solution for ankle fusion management. A comprehensive offering of specific anterior, lateral and posterior plates are available for both TT (tibiotalar joint) and TTC (tibiotalocalcaneal) arthrodesis. A variety of screw options, including locking, nonlocking, cortical, cancellous and hybrid designs are provided to address all fixation needs. Specific instrumentation has been designed to help gain access to and prepare the fusion sites which is included in the set.

Ankle Fusion Plating

Arthrex designed the Calcaneal Fracture Management System to give surgeons the tools required to address all calcaneal fractures using either the extensile lateral or sinus tarsi approach.
<ul>
 <li>Anatomically designed plates - 17 plate options</li>
 <li>Percutaneous guides – Provide targeting for the minimally invasive sinus tarsi incision</li>
 <li>Low profile - 1.35 mm thick titanium plates</li>
 <li>3.5 mm variable-angle locking - 15° in any direction</li>
 <li>Calcaneal-specific instrumentation - Plate cutter, Schanz pins, keyless T-handle chuck, and elevators</li>
</ul>

Calcaneal Fracture Management System

The new Calcaneus Step Plate, designed by leading foot and ankle surgeons, is designed to dial-in the desired correction with incremental steps of 5 mm, 7.5 mm, and 10 mm. 
<ul>
 <li>Plates create a firm buttress to prevent redisplacement of a calcaneal sliding osteotomy</li>
 <li>Quick technique which requires little to no fluoroscopy for insertion</li>
 <li>Patient satisfaction may be improved due to not violating the heel pad with an incision or a screw</li>
 <li>Provides rigid fixation with an added dynamic slide compression slot for solid bone-to-bone contact</li>
</ul>

Calcaneus Step Plate

The Arthrex CFS plating system combines many of our current midfoot, forefoot, and hindfoot plate and screw systems into one set (AR-8950S). The set is conveniently divided into 2.4/3.0 mm and 3.5/4.0 mm (AR-8950S-01 and AR-8950S-02) modules that house the new Metatarsal Plates, TMT Plates, x-Plates, and newly revised H-Plates. Also included in the set are the Lapidus, Lisfranc, Opening Wedge, and MTP Plates. Screws are provided in locking and nonlocking options for 2.4 mm, 3 mm, 3.5 mm, and 4 mm sizes along with 3 mm and 4 mm cannulated screws. Presenting all of these components in one set gives surgeons the flexibility to choose the ideal plating system for any need. In addition, the new Mini Joint Distractor offers greater flexibility for joint preparation, visualization, and intraoperative compression of the fracture or fusion site.

Comprehensive Fixation System

The Arthrex Distal Tibia Plating System was designed for the versatile treatment of distal tibia fractures. • Includes anterolateral, medial, anterior, and posterior tibia plates; 2.7 mm straight plates; and two styles of posterolateral fibula plates • Particular attention was placed on maintaining a low-profile design by optimizing contour and fit to minimize soft-tissue irritation • The implants optimize periarticular fixation with 2.7 mm locking screws distally • Color-coded instrumentation facilitates minimally invasive or open techniques

Distal Tibia Plating System

Designed to provide excellent fixation for fusions and osteotomies, these plates offer the foot and ankle surgeon a comprehensive option for procedures in the midfoot. These additions to the Low Profile Plating System come with and without wedge blocks, and in a variety of lengths to fixate lateral column lengthenings, calcaneocuboid arthrodesis, talonavicular arthrodesis and other less common procedures.&nbsp;
Features &amp; Benefits: 

<ul>
 <li>Left or Right Slants - Fits a variety of indications.</li>
 <li>Wedge Option - Wedges save OR time and eliminate the need to harvest a tricortical wedge from the iliac crest.</li>
 <li>Locking Option - The outermost holes allow the surgeon to choose a fixed-angle locking or variable-angle nonlocking option, depending on the needs of the patient.</li>
 <li>Compression Option - The inner slots generate compression when drilled eccentrically in arthrodesis applications.</li>
 <li>Minimized Profile - Low profile plates and screw heads reduce soft tissue irritation and the need for removal.</li>
 <li>Anatomic Contour - Optimizes construct strength, simplifies surgical technique and reduces soft tissue irritation.</li>
 <li>Screw Options - 3.5 mm cortical, 3.5 mm cortical locking and 4 mm cancellous.</li>
</ul>

H-Plates

The new Lisfranc Plates were designed to provide fixation for acute Lisfranc injuries and fusions of the tarsal-metatarsal joints. The unique design allows for compression along the Lisfranc ligament and visualization of the healing process during recovery. At 1.4 mm maximum thickness, the plates provide minimal prominence and low profile contouring. These plates are available in three different sizes with both left and right options.
<ul>
 <li>Eliminates the joint damage that may occur with the use of screws and guide wires while allowing visualization of the Lisfranc joint</li>
 <li>Bridge-plating preserves the joint surfaces and results in larger surface area for bony fusion</li>
 <li>Contoured to fit the first and second metatarsal cuneiform joints and compresses along the Lisfanc ligament</li>
 <li>Allows room for normal interfragmentary screw placement</li>
</ul>

Lisfranc Plates

More than a plate, this is a complete system for joint preparation and fixation for the treatment of severe hallux rigidus and other MTP pathologies. Whether used in primary or revision cases, this system enables surgeons to reduce, compress, and lock the 1st metatarsal phalangeal joint in the ideal position for arthrodesis. Features &amp; Benefits:
<ul>
 <li>Anatomic Plate Design - 1.5 mm titanium plate is anatomically designed with 8 degrees of dorsiflexion and 5 degrees of valgus</li>
 <li>Concave, Convex Reamers - Facilitate quick and accurate joint preparation</li>
 <li>3 mm Variable-Angle Locking Screws - With a 30-degree cone of variability</li>
</ul>

Low Profile MTP Plates andScrews

While requiring minimal dissection, these low profile plates provide excellent stability and durability. By using a spacer on the plate to maintain correction, the system offers a technique that is fast, effective and reproducible. Features &amp; Benefits: 
<ul>
 <li>Rigid Fixation - May enable earlier weight-bearing than with traditional screw fixation.</li>
 <li>Maintains Length and Correction - The plate addresses the shortening and dorsal migration common to other cuts and means of fixation.</li>
 <li>Straightforward Technique - Simplified cut and instrumentation make for a quick procedure.</li>
 <li>Customized Correction - With wedge sizes ranging from 0-7 mm, a surgeon can generate between 0 and 21º of correction (3º per millimeter on average)</li>
 <li>Minimal Soft Tissue Irritation - At .5 mm thick, patients may never know it’s there.</li>
 <li>Locking and Non Locking Options</li>
</ul>

Low Profile Opening Wedge Osteotomy Plates and Screws

Designed to make opening wedge osteotomies of the cuneiform easier and more stable, the Low Profile Cotton plates provide exact correction and a low-profile design to minimize soft-tissue irritation. Features and Benefits: 
<ul>
 <li>Exact Correction - flat, 2, 4, 6, and 8 mm wedges enable exact correction of the deformity.</li>
 <li>Low Profile - at 0.5 mm thick, patients may never feel the plate.</li>
 <li>Versatile - design allows for dorsal or medial placement, depending on the type of correction desired.</li>
</ul>

Low Profile System Cotton Plates

The MaxForce MTP plates use two modes of compression to help provide maximized compression of the arthrodesis site. In addition to a standard oblong compression hole with eccentric drilling, these plates use a unique compression mechanism that allows surgeons to manually dial in compression for MTP fusions. The teeth in the plate align with the teeth on the compression device to work like gears. As the compression device is turned clockwise, the plate shifts proximally, compressing the MTP joint.
In addition, the new flat head cortical screws create a zero profile when seated fully into the plate, dramatically reducing hardware prominence.
Combined with an array of plate lengths and curvatures, the new MaxForce MTP plating system has been designed to offer surgeons the most comprehensive, compressive and lowest profile construct on the market today.

MaxForce™ MTP Plates

Arthrex mesh plates are available in titanium or stainless steel and standard and shorts lengths. Surgeons may cut the plates to size. The plates are intended for use in stabilization of fresh fractures, revision procedures, osteotomies, joint fusion, and reconstruction of small bones and bone fragments of the hand/wrist, foot/ankle, and osteopenic bone.

Mesh Plating System

Arthrex has a wide array of midfoot plating options housed in the CFS set. The surgeon can choose from specific TMT plates, H-plates, Lapidus plates, dorsal midfoot fusion plates, medial column plates, or mesh plates. The instrumentation for these implants is straightforward and easy to use, assisting the surgeon with distraction, provisional fixation, and other elements of the procedure.

Midfoot Plating Module

The Arthrex Mini Comprehensive Fixation System (Mini CFS) is designed to be a comprehensive solution for Mini fragment fixation and fusion needs. Multiple modules within the system offer 1.0 mm screws, 1.4 mm plates/screws, 1.6 mm plates/screws, 2.0 mm plates/screws, and 2.4 mm plates/screws along with associated instrumentation.
Each module offers an array of plate options and sizes with VAL capabilities in every plate family down to the smallest 1.4 mm plate size. Hexalobe drive shafts in every plate/screw module ensure excellent torque transfer and overall screw control.1
Reference
1. Arthrex, Inc. Data on file (APT-04343B, APT-03842C, APT-04100, APT-0384B). Naples, FL; 2018-2019

Mini Comprehensive Fixation System

The Arthrex Pilon Fusion System is an expansion to the Arthrex Ankle Fusion Plating System that adds to the Arthrex portfolio for the following procedures:
<ul>
 <li>Distal tibia fractures that require fracture reduction and primary ankle arthrodesis</li>
 <li>Primary ankle fusions that necessitate additional screw options or plate lengths</li>
 <li>Revision ankle arthrodesis for failed primary fusions, hindfoot nails, or total ankle replacement</li>
</ul>
Severe damage to the tibiotalar (TT) joint often results in posttraumatic arthritis, pain, stiffness, and non-unions that require secondary surgeries. The Pilon Fusion System provides another option to address these severe scenarios with primary TT arthrodesis of the articular surface to potentially avoid additional surgery and chronic pain.
Anterolateral and posterior approaches, depending on the fracture pattern and/or soft-tissue condition, allow for fracture management, lengthy bridging techniques, anatomic implants, and fracture-specific locking configurations.

Pilon Fusion Plating System

The Plantar Lapidus Plate was designed to provide fixation for a Lapidus procedure. The plate is placed plantar on the first tarsometatarsal (TMT) joint and is fixed with two 3.5 mm locking screws at both the distal and proximal ends to optimize construct strength. The precontoured left and right plates allow secure plantar placement and spare the tibialis anterior tendon. The Plantar Lapidus Plate provides compression over the entire arthrodesis area utilizing a solid 4.0 mm compression screw through the plate. The plantar orientation avoids gapping of the arthrodesis site during early weightbearing.

Plantar Lapidus Plate

The ankle fracture portfolio continues to expand with the addition of our titanium plates. Plate offerings include locking third tubular plates, 3.5 mm reconstruction plates, and the locking distal fibular plate. Each plate is designed for use with the Syndesmosis TightRope® XP implant and includes a compression hole in the proximal shaft of the plate. The distal fibular plate also includes 3.0 mm variable-angle locking screws distally and suture eyelets for the addition of the AITFL InternalBrace™ ligament augmentation.

Titanium Ankle Fracture System

Metal Plates

Arthrex offers a complete complement of metal plates for the following indications: fibular fractures (Weber A, B and C), deltoid avulsion, forefoot and midfoot fusion, fracture and opening/closing wedge anatomic plates.

The majority of plantar plate injuries are treated with traditional lesser MTPJ rebalancing procedures, including sequential release of soft tissue, tendon transfers, metatarsal osteotomies, and temporary MTPJ pinning. These approaches, while quick and inexpensive, do not address the underlying issues of loss of toe purchase and the high incidence of reoccurrence often associated with performing an indirect repair. Direct repair of the plantar plate with Arthrex’s family of solutions delivers improved patient outcomes and higher patient satisfaction scores.
Arthrex’s continuous evolution in plantar plate repair has led to the development of a family of products capable of addressing any stage of lesser toe instability, from a partial plantar plate tear with mid-dorsal plane instability to a complete rupture and attenuation of the plantar plate with a crossover toe deformity. Below is the summary of our current offerings:
<ul>
 <li>CPR™ System With the Mini Scorpion™ and Pigtail Lasso Suture Passer</li>
 <li>CPR System With the Viper™ Suture Passer</li>
 <li>CPR System With the Forefoot InternalBrace™ Repair</li>
</ul>

Complete Plantar Plate Repair System (CPR™)

The titanium Compression FT (fully threaded) screws come in 2.5 mm Micro, 3.5 mm Mini, 4.0 mm Standard, 5.0 mm Large, and 7.0 mm XL. The variable-stepped thread pitch and headless design help reduce the risk of profile complications, provide compression, and allow for simplified insertion. Surgeons can now achieve zero-profile, stable fixation. The Compression FT family of screws now offers 5 diameters and 91 screw lengths to fit various orthopedic applications throughout the body.

Compression FT Screws

The KreuLock locking compression screws combine the same proven technology found in our Headless Compression FT screws with a locking screw head to provide compression along the screw for treatment of fractures or fusions. Additionally, they are designed to bring the plate to bone.
<ul>
 <li>Variable-Stepped Thread Pitch – the screw tip’s wider thread pitch enters the bone faster than trailing threads, gradually compressing the fragments as the screw is advanced</li>
 <li>Locking Head – mates with existing plates</li>
 <li>Individual screw and instrument modules for each screw family</li>
 <li>Available in both titanium and stainless steel</li>
</ul>

KreuLock™ Locking Compression Screws

The Low Profile System (LPS) includes a complete screw andinstrument set primarily for forefoot applications. The LPS 2 mm, 2.3 mm, 3 mmScrew Set includes the 2 mm and 3 mm QuickFix "snap off" screws, the2.3 mm cannulated, and solid screws along with the new 3 mm cannulatedpartially threaded screws. The squareinstrument tray is only 9.5 x 9.5 x 2 inches deep andincludes a screw system with four low profile fixation options.

Low Profile Screw Set

The QuickFix™ Cannulated Screw System is a comprehensive setfor fixation of the foot, ankle, hand, wrist, and elbow. The screws arecannulated, partially threaded, titanium alloy and are indicated for use inbone reconstruction, osteotomy, arthrodesis, joint fusion, fracture repair, andfracture fixation of bones appropriate for the size of the device.The QuickFix Screw System provides extensive versatility forsurgical procedures of the foot all-in-one system. Complete Set – Full range of partially threaded, titanium,self-drilling and self-tapping cannulated screw options, in 2, 2.4, 3 and 4 mmdiameters. Best Material – Titanium screws with Type II anodization toprovide consistent strength, biocompatibility, and superior post-op imaging. Novel Instrumentation – Triple Plays (all-in-one near cortexdrill, Countersink, and Depth Device) were designed to reduce OR time. Easy to Use – Color-coded implant and instrument tray savesOR time. Hexalobe Drive – Superior driver engagement – less potentialfor screw stripping.

QuickFix™ Cannulated ScrewSet

Metal Screws

Arthrex carries anextensive line of both solid and cannulated metal screws in cortical, cancellous,and locking screw options. These screw are utilized for surgical fixation of fractures, fusions, and osteotomies. The cannulated screw line offers titanium partially threaded screws in 2.0 mm, 2.4 mm, 3.0 mm, and 4.0 mm lengths. There are also cannulated titanium full and Long Thread options of 4.5 mm and 6.7 mm. Additionally, Arthrex has Stainless Steel solid and cannulated screws used to treat various types of ankle fracture patterns.

The Compression Staple is the first cannulated compression staple system on the market, facilitating quick, easy, and accurate staple placement with less soft tissue disruption. The system includes graduated guidewires for ensuring appropriate leg length, cannulated drills for predrilling (if required), and a low profile staple bridge for minimal soft tissue irritation. The comprehensive instrument set is ergonomically designed and is easy to use. Features &amp; Benefits:
<ul>
 <li>Cannulation - From predrills to graduated guidewires, this easy-to-use system offers a less cumbersome technique without the need for a positioning jig or complicated instrumentation.</li>
 <li>Compression - Strong compression between bone fragments; final compressed staple bridge is less than 12 mm, enabling multiple staples to be placed at one site if needed.</li>
 <li>Staple Options - Five different staple sizes with leg lengths of 10, 15, and 20 mm and interaxis distances of 10, 15, and 20 mm.</li>
</ul>

Compression Staples

The QuickFix Small Staple enables the surgeon to perform a wedge osteotomy of the first phalanx (Akin or Moberg) quickly and efficiently. Implants are made of stainless steel and provide excellent fixation and strength while remaining low profile. The QuickFix staples are designed with 10.5 mm barbed legs, are 1 mm in diameter and 8 to 10 mm wide.

QuickFix™ Staple System

Staples

Arthrex staple options include Compression Staples and the QuickFix Staple System. The Arthrex Compression Staple System was the first cannulated compression staple system on the market, facilitating quick, easy and accurate staple placement with less soft tissue disruption. The QuickFix Small Staple and Plaple Systems enable quick and efficient performance of a wedge osteotomy of the first phalanx (Akin or Moberg). Both implants are made of stainless steel and provide excellent fixation and strength while remaining low profile.

Trauma Lower Extremities

The ArthroFX system was designed to give surgeons a simple, efficient, and versatile solution for temporary or definitive fixation. The system consists of:
• 11 mm Carbon Fiber Rods
• 6 mm Transfixation Pins
• 4 mm and 5 mm Schanz Pins
• Large Combination Clamps and Multipin Clamps with Rod Attachments
In conjunction with the intuitive instrumentation, the single-tray system provides easy-to-use, cost-effective solution to help physicians and hospitals manage fractures with severe soft-tissue injuries, infections, or other conditions amenable to external fixation.

External Fixation

The Arthrex Small External Fixation System was designed to provide a versatile solution for small-bone fixation. The system consists of 2 mm and 3 mm pins with varying thread lengths and 5 mm carbon fiber rods. Single-pin and multipin clamps allow for flexibility while creating constructs.

Metal Plates, Screws and Nails