Finished Product

AR-2001AOT

Gezahnte Moskitoklemme zur Reduktion von Knochenfragmenten

AR-4160FT

Bio-Compression Screw Instrument Case

Bio-Compression Schraube Instrumentencontainer

Caja de instrumental para tornillo de biocompresión

Caixa de instrumentos de parafusos Bio-Compression

AR-5025C

2.7 mm Bio-Compression Screw Driver

Bio-Compression Schraube Schraubendreheraufsatz, 2.7 mm

Destornillador para tornillo de biocompresión de Ø 2.7 mm

Chave de parafusos Bio-Compression 2.7 mm

AR-5025DB

Tiefenmesser, kanüliert (für Bio-Compression Schraube)

Dispositivo de medición de profundidad canulado

AR-5025DG

Bio-Compression Screw Driver Guide, 20 mm

Bio-Compression Screw Hülse für Schraubendreheraufsatz, 2.7 mm

Guía de perforación para tornillo de biocompresión de Ø 2.7 mm

Guia de perfuração para parafuso Bio-Compression 2.7 mm

AR-5025G

2.7 mm Bio-Compression Screw Dilator Tap

Bio-Compression Screw Gewindeschneider, 2.7 mm

Terraja/dilatador para tornillo de biocompresión de Ø 2.7 mm

trado dilatador para parafuso Bio-Compression 2.7 mm

AR-5025TB

Bio-Compression Cannulated Dilator Tap, 20 mm

Bio-Compression Screw Kanülierter Gewindeschneider, 2.7 mm

2.7 mm Bio-Compression Screw Cannulated Dilator Tap

Terraja/dilatador canulado para tornillo de biocompresión de Ø 2.7 mm

trado dilatador canulado de parafuso Bio-Compression 2.7 mm

AR-5025TBC

Bio-Compression Cannulated Dilator Tap, 16 mm

Bio-Compression Kanülierter Gewindeschneider, 16 mm

Bio-Compression Cannulated Dilator Tap, 16 mm

Terraja/dilatador canulado para tornillo de biocompresión, 16 mm

AR-5025TBC-16

Bio-Compression Cannulated Dilator Tap, 18 mm

Bio-Compression Kanülierter Gewindeschneider, 18 mm

Bio-Compression Cannulated Dilator Tap, 18 mm

Terraja/dilatador canulado para tornillo de biocompresión, 18 mm

AR-5025TBC-18

Bio-Compression Cannulated Dilator Tap, 22 mm

Bio-Compression Kanülierter Gewindeschneider, 22 mm

Bio-Compression Cannulated Dilator Tap, 22 mm

Terraja/dilatador canulado para tornillo de biocompresión, 22 mm

AR-5025TBC-22

Bio-Compression Cannulated Dilator Tap, 24 mm

Bio-Compression Kanülierter Gewindeschneider, 24 mm

Bio-Compression Cannulated Dilator Tap, 24 mm

Terraja/dilatador canulado para tornillo de biocompresión, 24 mm

AR-5025TBC-24

Bio-Compression Cannulated Dilator Tap, 26 mm

Bio-Compression Kanülierter Gewindeschneider, 26 mm

Bio-Compression Cannulated Dilator Tap, 26 mm

Terraja/dilatador canulado para tornillo de biocompresión, 26 mm

AR-5025TBC-26

2.7 mm Bio-Compression Screw Drill Bit

Broca para tornillo de biocompresión de Ø 2.7 mm

punção para parafuso Bio-Compression 2.7 mm

AR-5025TD

Compression Screw Cannulated Drill Bit, 22 mm

Bio-Compression Screw Bohrer, 2.7 mm, kanüliert

2.7 mm Bio-Compression Screw Cannulated Drill Bit

Broca canulada para tornillo de biocompresión de Ø 2.7 mm

punção canulado para parafuso Bio-Compression 2.7 mm

AR-5025TDC

Compression Screw Cannulated Drill Bit, 16 mm

Compression Schraube Kanülierter Bohrer, 16 mm

Compression Screw Cannulated Drill Bit, 16 mm

Broca canulada para tornillo de biocompresión, Ø 16 mm

punção canulado para parafuso de compressão, 16 mm

AR-5025TDC-16

Bio-Compression Cannulated Drill Bit, 18 mm

Compression Schraube Kanülierter Bohrer, 18 mm

Compression Screw Cannulated Drill Bit, 18 mm

Broca canulada para tornillo de compresión, Ø 18 mm

punção canulado para parafuso de compressão, 18 mm

AR-5025TDC-18

Compression Schraube Kanülierter Bohrer, 22 mm

Compression Screw Cannulated Drill Bit, 22 mm

Broca canulada para tornillo de compresión, Ø 22 mm

punção canulado para parafuso de compressão, 22 mm

AR-5025TDC-22

Compression Screw Cannulated Drill Bit, 24 mm

Compression Schraube Kanülierter Bohrer, 24 mm

Compression Screw Cannulated Drill Bit, 24 mm

Broca canulada para tornillo de compresión, Ø 24 mm

punção canulado para parafuso de compressão, 24 mm

AR-5025TDC-24

Compression Screw Cannulated Drill Bit, 26 mm

Compression Schraube Kanülierter Bohrer, 26 mm

Compression Screw Cannulated Drill Bit, 26 mm

Broca canulada para tornillo de compresión, Ø 26 mm

punção canulado para parafuso de compressão, 26 mm

AR-5025TDC-26

Bio-Compression Screw Instrument Set

AR-5025S

Foot and Ankle

Product

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

Child (D)

Procedure

A chevron osteotomy is the most common technique used to correct mild to moderate bunion deformities. Traditionally, this procedure has been performed through an open approach. However, since the advent of minimally invasive surgery (MIS), surgeons now have the option to perform a chevron osteotomy through small percutaneous incisions. Following the osteotomy, the capital fragment is shifted laterally and fixated with either Compression FT screws for the MIS approach or Compression PT screws for the traditional open approach.

Chevron Osteotomy

Hand and Wrist

The titanium Compression FT (fully threaded) screws come in 2.5 Micro, 3.5 Mini, and 4.0 Standard. The variable-stepped thread pitch headless design reduces the risk of profile complications, provides compression, and allows for simplified insertion. Surgeons can now achieve zero-profile, stable fixation.

Michael J. Garcia, MD, (Tampa, FL) presents metacarpal fracture fixation using an intramedullary, partially threaded Compression PT Screw.

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English  - en

video

Intramedullary Screw Fixation for Metacarpal Fractures

This animation demonstrates the technique for intramedullary screw fixation with a Compression FT screw for a transverse metacarpal fracture.

Compression FT Intramedullary FX Fixation

application/pdf

Compression FT Screw System Hand, Wrist, and Elbow Compression FT Screw System The headless titanium 2.5 Micro, 3.5 Mini, and 4.0 Standard Compression FT screws can be used for a wide range of indications in the upper and lower extremities. They are intended for repairing intra-articular and extra- articular fractures and nonunions of small bones and small bone fragments, arthrodesis, and osteotomies. The variable-stepped thread pitch, headless design provides compression, and allows for simplified insertion. Using these screws, surgeons can now achieve zero-profile stable fixation. For upper extremity surgery, the Compression FT screw is an excellent solution to eliminate hardware prominence. The ability to achieve significant compression with zero prominence is also a great benefit during fixation of the small bones of the hand and wrist. For upper extremity surgery, the Compression FT screw may be inserted either percutaneously or in an open procedure. Accurate placement of the screw can be ensured by using the cannulated instrumentation and screws provided in the set. Cannulated 3.5 Headless Mini Compression FT™ Screw 01Compression FT Screw System I Features and Benefits ■ Variable-Stepped Thread Pitch – Wider thread pitch at the tip of the screw enters the bone faster than each trailing thread, compressing the fragments progressively as the screw is advanced. ■ Headless Titanium Screws – Can be implanted intra- articularly and extra-articularly with minimal risk of impingement or soft-tissue irritation. ■ Self-tapping Flutes – Two sets of cutting flutes ease insertion after drilling and facilitate efficient OR time. ■ Multiple Screw Options Including 2.5, 3.5, and 4.0 Cannulated – Assists accurate placement for both percutaneous and open procedures. ■ Improved Torque Transmission – Hexalobe recess in 3.5 and 4.0 Compression FT screws and hex drive for 2.5 screw. 3.5 Mini Compression FT™ Screw 4.0 Standard Compression FT Screw 2.5 Micro Compression FT™ Screw Hexalobe design provides additional stability and torque transfer in the Mini and Standard screw sizes. I Compression FT Screw System02 For optimal exposure of the distal interphalangeal joint, use a transverse or H-shaped incision centered over the distal interphalangeal joint. While avoiding injury to the germinal nail matrix, sharply divide the extensor tendon and joint capsule in a transverse orientation. Divide the collateral ligaments while being mindful of the volar neurovascular bundles. Flex the joint to expose the articular surfaces of the distal and intermediate phalanges. Resect the bone on both surfaces to prepare for fusion. Advance a double-ended K-wire through the central portion of the distal phalanx. Change the position of the drill and pull the K-wire out far enough distally so that the K-wire does not cross the DIP joint. Once the joint is reduced, advance the guidewire through the joint and into the middle phalanx. Stop insertion of the guidewire once the far cortex is met. Measure the depth of the K-wire with the appropriate depth guide. Subtract 2 mm to countersink the screw head and an additional 2 mm to account for compression, for a total of 4 mm. Use the profile drill to break the cortical bone layer. Advance the profile drill until the hard stop to countersink the screw 2 mm. DIP Fusion 1 2 3 4 03Compression FT Screw System I Overdrill the guidewire to the desired depth. If unusually hard bone is encountered, use the 2.2 mm drill from the Mini Compression FT™ screw caddy. Using the appropriate driver, insert and advance the screw until it is completely seated and compression occurs. If resistance is met or distraction occurs, stop, remove the screw, redrill the entire length, and reinsert the screw. Final fixation.Confirm placement and length of screw on imaging. If satisfied with the compression, remove the K-wire. DIP Fusion 5 6 7 8 I Compression FT Screw System04 To access the proximal pole of the scaphoid from a dorsal position, create a 4 cm straight dorsal skin incision over Lister’s tubercle. Take care to identify the superficial branch of the radial nerve and to retract the extensor pollicis longus (EPL) and second extensor compartment tendons before opening the capsule over the scaphoid. Flex the wrist to expose the proximal pole of the scaphoid. Use reduction forceps or K-wires to reduce the fracture and verify that there is no rotational deformity. Insert a K-wire to temporarily fix both fragments and to hold the reduction in place. Place a second K-wire along the same axis to control for rotation and to maintain the reduction in case the central axis K-wire is removed after drilling. Confirm the placement of both guidewires under fluoroscopic imaging. Slide the depth device over the guidewire and make sure that it is firmly seated on the tubercle. The laser marking on the K-wire will indicate the screw length needed. To account for compression achieved and to countersink the screw, subtract 4 mm from the indicated length. Advance the central guidewire through the far cortex to ensure that it stays in place after it has been overdrilled. Dorsal Scaphoid 1 2 3 4 05Compression FT Screw System I Using the appropriate driver, insert and advance the screw until it is completely seated and compression occurs. If resistance is met or distraction occurs, stop, remove the screw, redrill the entire length, and reinsert the screw. Use the profile drill to break the cortical bone layer. Advance the profile drill until the hard stop to countersink the screw 2 mm. Overdrill the central guidewire until it reaches the far cortex. Confirm placement and length of screw on imaging, ensuring that both leading and trailing edges of the screw are not protruding out of the scaphoid. If satisfied with the stability of the scaphoid, remove both guidewires. Dorsal Scaphoid 5 6 7 8 I Compression FT Screw System06 To access the distal pole of the scaphoid, create a slightly curved incision on the radial border of the flexor carpi radialis (FCR) tendon. Take care to identify and protect the radial artery. Incise the fascia and the sheath of the FCR to expose the deep capsule; then incise the deep capsule to reveal the distal pole of the scaphoid. Place a Freer elevator along the proximal-radial aspect of the scaphoid to increase visualization of the lateral side of the scaphoid. Deviate the wrist ulnarly and insert a K-wire into the distal tuberosity of the scaphoid and advance past the fracture site to the far cortex. Check under fluoroscopy. Place a second K-wire along the same axis to control for rotation and to maintain the reduction in case the central axis K-wire is removed after drilling. Confirm the placement of both guidewires under fluoroscopic imaging. Slide the depth device over the guidewire and make sure that it is firmly seated on the tubercle. The laser marking on the K-wire will indicate the screw length needed. To account for compression achieved and to countersink the screw, subtract 4 mm from the indicated length. Advance the central guidewire through the far cortex to ensure that it stays in place after it has been overdrilled. Volar Scaphoid 1 2 3 4 07Compression FT Screw System I Using the appropriate driver, insert and advance the screw until it is completely seated and compression occurs. If resistance is met or distraction occurs, stop, remove the screw, redrill the entire length, and reinsert the screw. Final fixation. Use the profile drill to break the cortical bone layer. Advance the profile drill until the hard stop to countersink the screw 2 mm. Overdrill the central guidewire until it reaches the far cortex. Note: If postoperative screw removal is necessary, use the appropriate solid driver for removal. Volar Scaphoid 5 6 7 8 I Compression FT Screw System08 Ordering Information Product Description Item Number Compression FT Screw System AR-8738S Instruments Depth Device AR-8737-51 Obturator for Drill Guide AR-8737-44 Percutaneous Drill Guide AR-8737-43 Screwdriver Handle, ratcheting AR-8950RH Guidewire Plunger AR-8737-56 Screw Holding Forceps AR-8941F Percutaneous Pin Clamp AR-8737-57 Compression FT Screw System Instrument Case AR-8738C 2.5 Micro Compression FT™ Screw Instruments Driver, cannulated, 1.5 mm hex AR-8737-37 Driver, solid, 1.5 mm hex AR-8737-45 Profile Drill, Micro AR-8737-46 Parallel Drill Guide AR-8737-48 Screw Extractor/Trephine AR-8737-59 3.5 Mini Compression FT™ Screw Instruments Driver, T10 hexalobe, cannulated AR-8737-38 Driver, T10 hexalobe, solid AR-8950SD-10 Profile Drill, Mini AR-8737-47 Parallel Drill Guide AR-8737-49 Screw Extractor/Trephine AR-8737-59 4.0 Standard Compression FT Screw Instruments Driver, T10 hexalobe, cannulated AR-8737-38 Driver, T10 hexalobe, solid AR-8950SD-10 Profile Drill, standard AR-8737-54 Parallel Drill Guide AR-8737-55 Screw Extractor/Trephine AR-8737-60 Implants 2.5 Micro Compression FT Screws* 8 mm-14 mm (1 mm increments) 16 mm-50 mm (2 mm increments) AR-8725-08H – 14H AR-8725-16H – 50H 3.5 Mini Compression FT™ Screws* 12 mm-60 mm (2 mm increments) AR-8730-12H – 60H 4.0 Standard Compression FT Screws 16 mm-60 mm (2 mm increments) AR-8740-16H – 60H Product Description Item Number Disposables (not included in set) 2.5 Micro Compression FT™ Screws Drill Bit, straight, cannulated, 2 mm Drill Bit, straight, cannulated, 2.2 mm (hard bone option) Guidewire w/ Trocar Tip, 0.034 in (0.86 mm), laser-marked Guidewire w/ Double Trocar Tip, 0.034 in (0.86 mm), laser-marked Guidewire w/ Trocar Tip, threaded, 0.034 in (0.86 mm), laser-marked AR-8737-34 AR-8737-58 AR-8737-39 AR-8737-39KD AR-8737-40 3.5 Mini Compression FT Screws Drill Bit, straight, cannulated, 2.7 mm Guidewire w/ Trocar Tip, 0.045 in (1.1 mm), laser-marked Guidewire w/ Double Trocar Tip 0.045 in (1.1 mm), laser-marked Guidewire w/ Trocar Tip, threaded, 0.045 in (1.1 mm), laser-marked AR-8737-35 AR-8737-41 AR-8737-41KD AR-8737-42 4.0 Standard Compression FT Screws Drill Bit, straight, cannulated, 3.2 mm Guidewire w/ Trocar Tip, 0.045 in (1.1 mm), laser-marked Guidewire w/ Double Trocar Tip 0.045 in (1.1 mm), laser-marked Guidewire w/ Trocar Tip, threaded, 0.045 in (1.1 mm), laser-marked AR-8737-50 AR-8737-41 AR-8737-41KD AR-8737-42 Optional Product Description Item Number Compression FT Screw System Caddy, common instruments AR-8738C-01 Compression FT Screw System Caddy, Micro AR-8738C-02 Compression FT Screw System Caddy, Mini AR-8738C-03 Compression FT Screw System Caddy, Standard AR-8738C-04 Literature Product Description Item Number Arthrex Compression FT Screw System Brochure LB1-0487-EN The Arthrex Compression FT Screw Product and Technique Highlights LS1-0487-EN Multimedia Product Description Item Number Compression FT Screw - Chevron, animation AN1-00030-EN Triple Arthrodesis for Cavus Foot Utilizing 6.7 mm LPS Cannulated Screws, StimuBlast, 4.0 Standard Compression FT Screws and Double Compression Plate, Presented by Anand Vora, MD, video VID1-00265-EN Note: 2.5 Micro Compression FT and 3.5 Mini Compression FT screws and instrumentation are also available in the QuickFix™ cannulated screw set (AR-8737S). Products advertised in this brochure/surgical technique guide may not be available in all countries. For information on availability, please contact Arthrex Customer Service or your local Arthrex representative. AR-8738S 09Compression FT Screw System I 2.5 Micro Compression FT™ Screws, Cannulated – 8 mm-50 mm 3.5 Mini Compression FT™ Screws, Cannulated – 12 mm-60 mm 4.0 Standard Compression FT Screws, Cannulated – 16 mm-60 mm AR-8738S View U.S. Patent information at www.arthrex.com/corporate/virtual-patent-marking www.arthrex.com © 2019 Arthrex, Inc. All rights reserved. LB1-00010-EN_D This description of technique is provided as an educational tool and clinical aid to assist properly licensed medical professionals in the usage of specific Arthrex products. As part of this professional usage, the medical professional must use their professional judgment in making any final determinations in product usage and technique. In doing so, the medical professional should rely on their own training and experience and should conduct a thorough review of pertinent medical literature and the product’s directions for use. Postoperative management is patient-specific and dependent on the treating professional’s assessment. Individual results will vary and not all patients will experience the same postoperative activity level or outcomes.

Compression FT Screw System - Hand, Wrist and Elbow

Compression FT ScrewsTechnique

QuickFix Cannulated Screw System Instrument Set

Fractures of the foot are common, and the metatarsals are among the bones most commonly fractured.&nbsp; Acute foot fractures on normal bones are usually caused by the dropping of heavy objects on the foot or by stress associated with abnormal repetitive trauma.&nbsp; In deficient bones, insufficiency fractures may result from normal stress. &nbsp;Intra-operative treatment of metatarsal fracture can be treated with a variety of products including but not limited to cannualted screws, solid screws,&nbsp;Trim-It&nbsp;bio pins, locking and non–locking plates. &nbsp;

Metatarsal Fracture Repair

Knee

The bioabsorbable PLLAChondral Dart has a unique, double reversed barbed design to facilitate superiorfixation and compression of osteochondral flap tears up to 2 cm in diameter.The 18 mm long, 1.3 mm diameter Chondral Dart provides secure fixation underthe hyaline cartilage surface to eliminate contact with sensitive articulatingsurfaces. For larger lesions, the Bio-Compression Screw may be used to fixate OCD lesionssecurely while eliminating the challenges of metal screw removal, soft tissueimpingement, and unwelcome image scatter. Produced from solid enhanced PLLA anddesigned for excellent thread-to-bone contact, the Bio-Compression Screwprovides excellent strength during insertion and through healing.

Chondral Dart™ Implant Knee Brochure Uniquely Designed for Arthroscopic or Mini-Open Biofixation of Osteochondral FLAP Tears The bioabsorbable PLLA Chondral Dart™ implant has a unique, double-reversed-barbed design to facilitate superior fixation and compression of osteochondral flap tears up to 2 cm in diameter. The 18 mm long, 1.3 mm diameter Chondral Dart implant provides secure fixation under the hyaline cartilage surface to eliminate contact with sensitive articulating surfaces. Single-Shot Technique for Smaller FLAP Tears 1 When flap tears of 1 cm or less are encountered, the surgeon may select the single-shot instruments to introduce a single Chondral Dart implant to secure the flap. The Osteochondral Flap Repair Single-Shot Sheath allows for firm reduction and compression of the flap. Drill a pilot hole with a small-diameter, stainless steel trocar through the sheath. Place the Chondral Dart implant into the back of the sheath and use the Osteochondral Flap Repair Single-Shot Dart Inserter to advance the Chondral Dart implant into position. 02 I Chondral Dart™ Implant To provide solid fixation of the fragment, a few light taps countersink the Chondral Dart implant 1 mm to 2 mm below the hyaline cartilage surface. One or more singleshot Chondral Dart implants may be placed through the flap if additional fixation is required. MultiShot Technique for Larger FLAP Tears 1 For flap tears that are greater than 1 cm, the surgeon may select the multishot method for introducing multiple Chondral Dart implants to secure the flap, maintaining atraumatic compression of the fragment throughout the procedure. Multishot instrumentation consists of a translucent Osteochondral Flap Repair two-hole or four-hole guide sleeve with a smooth, concave surface to maintain compression of the fragment throughout the procedure. 2 Translucent Two-Hole and Four-Hole Guide Sleeves With Concave Ends Introduce the Osteochondral Flap Repair Guide Sleeve with the appropriate diameter into the joint, reduce the fragment, and hold it under compression with the concave end of the guide sleeve. Select the shortest step Osteochondral Flap Repair Drill Pin, advance it through the appropriate hole in the guide sleeve, and drill into the bone until the depth stop is reached. The translucent guide sleeve provides accurate visual control of pin positioning and subsequent placement of Chondral Dart implants throughout the procedure. The drill pin secures the guide sleeve against the fragment and maintains compression throughout the remainder of the procedure. Chondral Dart™ Implant I 03 3 Stepped Drill Pins Ease Insertion And Removal Insert additional step drill pins based on the number of Chondral Dart™ implants required to secure the fragment. Varying pin lengths are marked with etched lines to facilitate easy removal after placement. Once all drill pins have been placed, remove the longest drill pin and introduce the single-shot sheath in its place to deliver the Chondral Dart implant exactly into the predrilled hole. The remaining drill pins provide positional stability and compression retention of the guide sleeve. When inserted into the guide sleeve, the depth stop on the sheath prevents it from contacting the cartilage surface. Place a Chondral Dart implant into the back of the sheath and advance it with the inserter. A few light taps countersink the Chondral Dart implant 1 mm to 2 mm below the hyaline cartilage surface into the predrilled hole. 4 Osteochondral Flap Repair Single-Shot Dart Inserter and Four-Hole Guide Sleeve Assembly to Deliver a Chondral Dart Implant Remove each pin and implant subsequent Chondral Dart implants. Prior to removing the last step pin, introduce the short blunt pin through a guide sleeve hole to stabilize the sleeve in a hole behind one of the countersunk Chondral Dart implants. This allows retention of sleeve positioning during final drill pin removal and subsequent placement of the final Chondral Dart implant. 04 I Chondral Dart™ Implant Blunt Pin Placed Behind the Chondral Dart implant Stabilizes Guide Sleeve Position A minimum of three Chondral Dart implants are recommended to secure fragments greater than 1 cm in diameter. Post-op management at the conclusion of either procedure includes passive range-of-motion exercises and protective weightbearing for a period of 4 to 6 weeks. Ordering Information Osteochondral Flap Repair (Single-Shot Set) Product Description Item Number Sterile, single use, qty. 5 includes: AR-4009S Osteochondral Flap Repair Single-Shot Sheath Osteochondral Flap Repair Single-Shot Dart Inserter Osteochondral Flap Repair Single-Shot Drill Osteochondral Flap Repair Cannula Osteochondral Flap Repair (MultiShot Set) Product Description Item Number Sterile, single use, includes: AR-4095S Osteochondral Flap Repair Single-Shot Sheath Osteochondral Flap Repair Single-Shot Dart Inserter Osteochondral Flap Repair Single-Shot Drill Osteochondral Flap Repair Blunt Pin Osteochondral Flap Repair Cannula Osteochondral Flap Repair Two-Hole Guide Sleeve Osteochondral Flap Repair Four-Hole Guide Sleeve Osteochondral Flap Repair Drill Pins S, M, L and XL Chondral Dart™ Implant Product Description Item Number 18 mm, packed individually, qty. 5, sterile, single use AR-4005B-18 Products may not be available in all markets because product availability is subject to the regulatory approvals and medical practices in individual markets. Please contact your Arthrex representative if you have questions about the availability of products in your area. Osteochondral Flap Repair Sets are packaged in a convenient, disposable plastic case with an easy tear-off lid. Chondral Dart™ Implant I 05 This description of technique is provided as an educational tool and clinical aid to assist properly licensed medical professionals in the usage of specific Arthrex products. As part of this professional usage, the medical professional must use their professional judgment in making any final determinations in product usage and technique. In doing so, the medical professional should rely on their own training and experience, and should conduct a thorough review of pertinent medical literature and the product’s directions for use. Postoperative management is patient-specific and dependent on the treating professional’s assessment. Individual results will vary and not all patients will experience the same postoperative activity level and/or outcomes. View U.S. patent information at www.arthrex.com/corporate/virtual-patent-marking arthrex.com © 2021 Arthrex, Inc. All rights reserved. LB1-0181-en-US_E

The Arthrex Chondral Dart™

Bio-Compression Screw System

Osteochondral Flap Repair System Using the Chondral Dart™ Implant

Patrick Smith, MD, (Columbia, MO) gives an in-depth review of various technique options when treating cartilage defects. Dr. Smith explains the benefits of using the PowerPick™ to perform marrow stimulation, reviews some case examples utilizing the Arthrex® Bio-Compression Screws and Chondral Dart™, highlights research associated with the OATS® procedures, and details the potential of BioCartilage® Cartilage Extracellular Matrix. The principle of BioCartilage is to serve as a scaffold over a microfractured defect, providing a tissue network that can potentially signal autologous cellular interactions and improve the degree and quality of tissue healing within a properly prepared articular cartilage defect.

Bio-Compression Screw Instrument Set

AR-5025S

Add to Cart

Items in Set (20)

AR-2001AOT

AR-4160FT

AR-5025C

AR-5025DB

AR-5025DG

AR-5025G

AR-5025TB

AR-5025TBC

AR-5025TBC-16

AR-5025TBC-18

AR-5025TBC-22

AR-5025TBC-24

AR-5025TBC-26

AR-5025TD

AR-5025TDC

AR-5025TDC-16

AR-5025TDC-18

AR-5025TDC-22

AR-5025TDC-24

AR-5025TDC-26

Related Pages

Foot and Ankle

Bio-Compression Screws

Product

Foot and Ankle

Chevron Osteotomy

Procedure

Hand and Wrist

Compression FT Screws Technique

Procedure

Foot and Ankle

Metatarsal Fracture Repair

Procedure

Knee

OCD Fixation

Procedure