Embed Size (px)
Citation preview
Foot and Ankle Repair Solutions
Strong. Flexible. Balanced. Complete Solutions for Foot and Ankle Surgeons.
1
How to use this product guideThis product guide has been developed to introduce you to our complete range of repair solutions. Products are organized by procedure, with detailed product information in the front of the brochure and ordering information in the back.
Table of ContentsPatient Positioning 2-3SPIDER2 Limb Positioner 2GUHL™ Non-Invasive Ankle Distractor 3FERKELTM Thigh Holder 3
Instrumentation 4-5Foot and Ankle Instrumentation 4MICRO VECTOR™ Drill Guide System 5
Resection 6-7DYONICS™ POWERMINI™ Shaver System 6VULCAN™ RF Arthroscopy System 6 TOPAZ™ MicroDebrider COBLATION™ Wand with Integrated Finger Switch (IFS) 7
Soft Tissue Repair 8-11Titanium Suture Anchors: TWINFIX™ Ti 3.5mm Suture Anchor, TWINFIX Ti 2.8 HS Anchor, 2.0 Suture Anchor, MINITAC™ Ti 2.0 Suture Anchor 8-9Non-absorbable PEEK-OPTIMA® Suture Anchors: RAPTORMITE™ 3.0 PK Suture Anchor, 9-10 DYNOMITE™ PK 2.0 Anchor, SPYROMITE™ PK 2.0 Anchor Absorbable PEEK-OPTIMA® Suture Anchors: RAPTORMITE 3.7 PLLA Suture Anchor 10Knotless Suture Anchors: FOOTPRINT ULTRA PK 4.5 and 5.5mm Suture Anchors 11
Lesser Toe Deformities 12-13HAT-TRICK™ MTP Joint Repair System 12HAT-TRICK PIP Fusion System 13HAT-TRICK Osteotomy Guide 13
Internal Fixation 14-20PERI-LOC™ Ankle Fusion Plating System Overview 14PERI-LOC Periarticular Locked Distal Tibia Plates 15PERI-LOC VLP Variable Angle Locked Plating System 16VLP™ FOOT Locked Plating System 17VLP Foot Percutaneous Calcaneus Plating System 17VLP MINI-MOD™ Small Bone Plating System 18-19Cannulated Screw System 20TRIGEN™ Hindfoot Fusion Nail 20
Limb Restoration 21-22ILIZAROV™ External Fixator 21TAYLOR SPATIAL FRAME™ 21JET-X™ External Fixation System 22
2
Patient Positioning
SPIDER2 Limb Positioner
The SPIDER2 Limb Positioner brings measurable traction and unimpeded access to arthroscopic ankle procedures. Its hands-free, multiple-position operation means easy traction and trouble-free positioning.
• Quick and simple setup.
• Measurable traction using the TENET Traction Accessory.
• Ideal positioning for any angle of knee flexion, including horizontal.
• Provides unobstructed support from underneath the operative foot.
• Requires counter traction support (FERKELTM Thigh Holder or TENET Traction Accessory)
Patient Positioning
Ankle Positioning
3
GUHL™ Non-Invasive Ankle Distractor
The GUHL Non-Invasive Ankle Distractor provides a cost-effective approach to non-invasive ankle distraction, without compromising quality or versatility.
• Designed for arthroscopic foot and ankle applications, including Ankle Arthrodesis and Lateral Ankle Ligament Staple Repair.
• Easy to set up and access all portals.
• Easy to control, adjust force, maintain and monitor during distraction, for a variety of ankle set-ups.
• Facilitates gross distraction within the sterile field.
FERKELTM Thigh Holder
Successful ankle distraction requires counter traction – a force opposite to the mechanical pull. The FERKEL Thigh Holder provides the necessary counter traction needed for ankle arthroscopy procedures, and stabilizes the thigh. Designed to complement the GUHL Non-Invasive Ankle Distractor, the FERKEL Thigh Holder clamps to the bedrail of a surgical table and is used with disposable pads for easy cleanup.
• Clamps to bedrail for easy setup.
• Holds leg securely to provide necessary counter traction and prevent leg movement.
• Uses disposable pads for quick and easy cleanup.
• Allows non-invasive ankle distraction, with simple setup and precise force adjustment.
Patient Positioning
Proprietary Pick Assist* ensures tapping will align force in direction of pick.
Curved and straight picks feature an easy-to-see laser mark at 3mm
Curved microfracture picks* feature axial-aligned receptacle for Pick Assist
Handles are color-coded and labeled for easy identification
Ergonomically designed handles are easy to hold
Curved shafts improve access around and over the talus* Patent Pending
4
Instrumentation
Foot and Ankle Instrumentation
The complex structures of the foot and ankle demand specialization, which is why Smith and Nephew offers instrumentation designed specifically for these structures and the procedures you routinely perform. The tray offers convenient storage for manual and handheld instruments as well as cannulas, obturators and the MICROVECTOR™ Drill Guide System, delivering an all-inclusive solution for ankle arthroscopy.
• Includes microfracture picks, curettes, osteotomes, elevators and probes.
• Handles are color-coded according to instrument type for quick identification.
• Curved instruments allow easy access to spaces surrounding the talar dome.
Instrumentation
5
MICRO VECTOR™ Drill Guide System
The MICRO VECTOR™ Drill Guide System provides a precise path for cannulated drills, fixation pins and screws, and is the only guide wire targeting and insertion system specifically designed for extremity procedures.
• Easy-to-handle system provides the stability required for the precise guide wire insertion and placement necessary for the repair of osteochondral lesions of the talus, arthroscopic fracture fixation with cannulated screws, and arthroscopic arthrodesis.
• Compact design is ideal for the small joint spaces encountered in the foot and ankle.
• Probe Lever allows easy, one-handed control of probe movement.
• Exclusive offset drill guide facilitates placement of both .045” and .062” K-wires in the precisely-patterned tunnel series needed for arthroscopic arthrodesis.
• Tapered, rounded probe tip eases advancement to desired drill site, protects articular surfaces, and enhances arthroscopic visualization for proper positioning.
• Articulating arm ensures constant alignment of distal ends for precise K-wire placement.
• Designed to accommodate both arthroscopic and open techniques.
• Facilitates gross distraction within the sterile field.
Instrumentation
6
Resection
DYONICS™ POWERMINI™ Shaver System
The DYONICS POWERMINI Shaver System packs the power and features of a full-size shaver into a compact handpiece that is designed to access the small, tight joints encountered in the extremities. This lightweight shaver allows the freedom of movement required for precise control, plus the power to swiftly resect the toughest tissue and bone.
• Powerful, ergonomically-designed solution for foot and ankle procedures.
• Fast resection rates help to remove tough soft tissue, quickly.
• High operating torque helps to remove dense bone such as that found in the ankle joint, and protects against sudden stalls.
• The resection rate using the POWERMINI Shaver with a 3.5mm full radius blade is nearly the same as using our full-size POWERMAX ELITE Shaver with a 3.5mm full radius blade.1
VULCAN™ RF Arthroscopy System
The VULCAN™ RF Arthroscopy System is designed to help improve procedure efficiency and outcomes, and offers a complete line of extremity radiofrequency probes.
• Autoprobe recognition takes the guesswork out of selecting power settings.
• Temperature control and impedance monitoring capabilities aid in optimizing energy delivery to produce the desired effect.
• Troubleshooting is facilitated with audible alarms and error message displays.
• All probes are bendable, enhancing the ability to access small spaces.
• Offers the Micro ABLATOR-S Probe – the only extremity probe available today with suction.
• Monopolar design ensures that treatment occurs only to tissue where probe is directly applied.
Resection
1. 2009 data on file with Smith & Nephew.
7
Resection
TOPAZ™ MicroDebrider COBLATION™ Wand with Integrated Finger Switches (IFS)
Brought to you by the inventors of COBLATION™ technology, TOPAZ™ IFS Wands enable the microdebridement of soft tissue within the tendons of the ankle and foot with the touch of a button.
One-touch finger control
• Effortless assembly
• Eliminates the need for the foot control
• Button design supplies consistent, tactile feedback to control depth of penetration
• Connects to the 18-pin black receptacle of the QUANTUM™ system
• Designed to work with the QUANTUM systems
The only minimally invasive radiofrequency-based treatment for tendons and fascia.
• Designed to work exclusively with the QUANTUM system, the next generation bipolar radiofrequency system contains a TOPAZ integrated timer that automatically defaults to the recommended set point to deliver precise treatment dosage, eliminating the need for additional equipment.
• Designed for minimally invasive treatment of tendons and fascia in the foot and ankle, the 0.8mm tip of the TOPAZ Wand is versatile and small enough to support access to target areas.
Latest materials and suitable sizes
Reliable suture fixation with low knot profile
• Fast, easy deployment
• Ergonomically designed solid handle
• Twist-and-release anchor delivery system
8
TWINFIX™ Ti 3.5mm Suture Anchor
Designed for lateral ankle instability repairs, the TWINFIX Ti 3.5mm Suture Anchor offers the strength and stability of titanium, and includes an ideally-sized inserter.
• Transitional thread design provides secure fixation with distal cutting threads for easy insertion and proximal locking threads to provide effective pull-out strength, even in poor bone quality.1
• Elongated distal trocar tip allows anchor to be self-tapping, eliminating the need to predrill in most bone qualities.
• Accompanied by drill and drill guide (sold separately).
Soft Tissue Repair
Titanium Suture Anchors
Providing strength and stability for reliable fixation..
Soft Tissue Repair
1. Data on file at Smith & Nephew, ITR-4091, ITR-4039, ITR-3952 (2009).
9
Soft Tissue Repair
Non-absorbable PEEK-OPTIMA® Suture Anchors
Made from radiolucent PEEK-OPTIMA polymer, a biocompatible, non-absorbable stable polymer with high strength and a modulus comparable to cortical bone.1
RAPTORMITE™ 3.0 PK Suture Anchor
This easy-to-deploy non-absorbable, biocompatible anchor features a twist-and-release delivery system.
• Preloaded with (2) size 0 ULTRABRAID Sutures and needles.
TWINFIX Ti 2.8 HS Anchor
Designed for demanding foot and ankle procedures, the TWINFIX Ti 2.8 HS Anchor features an easy-to-use delivery system and is preloaded with ULTRABRAID™ Suture.
• No predrilling required.
• Made of radiopaque titanium.
• Inserter is preloaded with anchor and (1) size 2-0 ULTRABRAID Suture with tapered needles.
MINITAC™ Ti 2.0 Suture Anchor
The MINITAC™ Ti 2.0 Suture Anchor is a strong, reliable and ergonomic anchor designed for demanding foot and ankle procedures.
• Short inserter shaft gets your hands closer to the surgical site.
• Inserter is pre-loaded with anchor and two size 2-0 ULTRABRAID suture with tapered needles
• No predrilling required
1. www.invibio.com/ortho/materials
10
SPYROMITE™ PK 2.0 Anchor
This anchor’s screw-in design makes it ideal for soft-bone matrix.
• Inserter offers excellent tactile feel.
• Inserter is preloaded with anchor and (1) size 2-0 ULTRABRAID Suture with tapered needles.
DYNOMITE™ PK 2.0 Anchor
The tap-in design of this anchor makes it ideal for hard-bone matrix.
• Fine depth control aids in cortical bone fixation.
• Inserter is preloaded with anchor and (1) size 2-0 ULTRABRAID™ Suture with tapered needles.
Soft Tissue Repair
Absorbable PLLA Suture Anchors
Made from radiolucent PLLA (ply-l-lactic acid), a bioabsorbable polymer.
RAPTORMITE™ 3.7 PLLA Suture Anchor
This easy-to-deploy absorbable, biocompatible anchor features a twist-and-release delivery system.
• Inserter is preloaded with anchor and (2) size 0 ULTRABRAID Sutures and needles
11
Soft Tissue Repair
Knotless Suture Anchors
Made from radiolucent PEEK-OPTIMA, a biocompatible, non-absorbable stable polymer with high strength and a modulus comparable to cortical bone.1
FOOTPRINT ULTRA PK 4.5 and 5.5mm Suture Anchors
This tap-in anchor has a unique, offset barbed geometry that ensures easy insertion and optimal pull-out strength.
• Anchor allows adjustment of suture tension after implantation and up to the point of inserter removal.
• Inserter is sized for mini-open Achilles tendon procedures.
• Sliding, self-locking anchor permits the surgeon to secure repair without tying knots on top of the tissue, creating a low-profile repair with no knot stack.
• Available as a stand-alone anchor as well as in an Achilles Tendon Repair kit with 2 anchors, 3 sutures, and a disposable drill.
1. www.invibio.com/ortho/materials
12
Lesser Toe Deformities
HAT-TRICK™ MTP Joint Repair System, PIP Fusion System and Osteotomy Guide
Designed to provide improved anatomical alignment and joint repair in patients suffering from lesser toe deformities, the HAT-TRICK™ System is a unique and versatile three-part solution featuring an MTP Joint Repair System, PIP Fusion System and an Osteotomy Guide. All three systems are designed to provide improved patient outcomes with reproducible results.
MTP Joint Repair System
• Offers fewer steps, a less invasive approach and specialized instrumentation.
• Allows for anatomic reattachment of the collateral ligaments and plantar plate.
• Provides the ability to mimic normal physiological anatomy reducing laxity and increased stiffness commonly associated with other techniques.1
Lesser Toe Deformities
The results of in vitro simulation testing have not been proven to predict clinical performance.
1. Saltzman C. “The Development of a Novel Repair Technique for Metatarsophalengeal Instability Utilizing Cadaver Validated Computer Modeling: A Comparison with Current Techniques.” International Foot & Ankle Conference, 2012, Sydney, Australia.
13
Lesser Toe Deformities
PIP Fusion System
• Provides controlled compression with multiple locking positions allowing the surgeon to dial in the compression needed.
• Offered in multiple diameters with both a 0° and 10° angulation option.
• Made of radiolucent PEEK material offering improved visibility of the fusion site on x-ray.
Osteotomy Guide
• K-wire provisional fixation offers improved control by holding the guide in place, while minimizing the risk of rotation during reduction.
• Multiple spacer options provide precise length of shortening
• Two parallel cut system maintains the longitudinal axis of the metatarsal.
• Tab in the MTP joint space allows the surgeon to reproducibly line up the osteotomy.
14
Internal Fixation
Plating Systems
PERI-LOC™ Ankle Fusion Plating System Overview
This complete ankle fusion plating system can be used with anterior and lateral approaches to address the ankle and hind foot, in addition to posterior solutions for both Tibiotalar and Tibiotalocalcaneal fusions.
• Four anatomic plate designs for anterior, lateral and posterior approaches satisfy the needs of different indications.
• Dedicated instruments are designed for compression and distraction.
• PERI-LOC technology provides a rigid, threaded, locking-plate construct.
• The posterior approach minimizes soft tissue irritation and preserves the fibula.
Internal Fixation
Tibiotalar Joint Fusion
Tibiotalocalcaneal Joint Fusion
15
Internal Fixation
PERI-LOC™ Periarticualar Locked Distal Tibia Plates
This lower-extremity product portfolio combines the advantages of locked plating with the flexibility and benefits of traditional plating, in one system. Its simple and straightforward instrument set features one screwdriver, standardized drill bits, and color-coded instrumentation, making PERI-LOC efficient and easy to use.
• Anatomically contoured locking plates and stainless steel implant system.
• Unique locking screw hole allows you to lag, lock and provide axial compression in a single hole.
• Radiolucent targeting systems with offset handles for clear imaging.
• Anterolateral and medial options available
1. Cartner J, Messina A, Baker C, Russell T, Tornetta P, Ricci W. “Does Insertion Torque Affect the Mechanics of Locking Hole Inserts and Fatigue Performance of Bridge Plate Constructs?” Bone & Joint Science, Vol 02, No 03, April 2011.
16
PERI-LOC™ VLP Variable Angle Locked Plating System
The PERI-LOC VLP System offers a stable, low-profile means of fixation for fractures of the fibula and partial articular fractures of the tibia. It gives surgeons the freedom to control fixation and helps restore not just the patient’s anatomy, but their lifestyle. Locking screws can be angled and locked up to 15° in any direction allowing for the creation of customized, multi-directional locked plating constructs. Each screw hole accepts 3.5mm Cortex, 3.5mm Locking and/or 5.0mm Osteopenia Screw.
Internal Fixation
One-Third Locking Tubular Plate
Medial Distal Tibia Locking Plate
Posterior Distal Tibia Locking Plate
Posterolateral Distal Fibula Locking Plate
Anterior Distal Tibia Locking Plate
Lateral Distal Fibula Locking Plate
17
VLP™ FOOT Locked Plating System
The broad range of screw types and plate designs in the VLP™ FOOT Variable-angle Locked Plating System solves one of the key issues facing foot and ankle surgeons: matching the internal bone fixation technology to the patient’s sometimes difficult bone type. VLP FOOT is a versatile system offering low-profile versions of both classic and anatomic plate designs along with multiple screw options providing surgeons with an unrivaled breadth of fixation options.
• Includes innovative locking screws that can be placed at 15-degrees off the center axis in any direction, providing the surgeon tremendous flexibility when choosing how to position the plate over the fracture.
• An array of screw thread systems designed to address every type of bone, including younger patients with harder bone, older patients with softer bone, and even diabetic patients who may have neuropathic diseased bone.1
VLP Foot Percutaneous Calcaneus Plating System
Studies have shown that the extensile lateral approach has up to a 25% soft tissue complication rate post op.2 The VLP™ FOOT Percutaneous Calcaneus Plating System allows for a smaller incision while providing surgeons with the tools they need for an efficient procedure.
1. Ramona Soileau MS, Zane Hartsell BS. “The Shear Strength of the VLP™ Locking Osteopenia Screw versus the VLP Locking Cortical Screw in a PERI-LOC™ VLP One-Third Locking Tubular Plate Construct.” Bone&JointScience, Vol 02, No 12 - October 2011.
1. Folk JW, Starr AJ, Early JS. “Early Wound Complications of Operative Treatment of Calcaneus Fractures: Analysis of 190 Fractures.”; J Orthop Trauma 1999;13:369–372
Forefoot System: Hindfoot System:
2.7mm Cortex Screws 3.5mm Cortex Screws
2.7mm Locking Screws 3.5mm Locking Screws
4.0mm Osteopenia Screws 5.0mm Osteopenia Screws
4.0mm Locking Osteopenia Screws 5.0mm Locking Osteopenia Screws
Internal Fixation
18
VLP™ MINI-MOD™ Small Bone Plating System
Small footprint, big impact. The VLP MINI-MOD Small Bone Plating System is a modular mini-fragment system designed to treat small bone fractures and small bone fragments. The system integrates the variable locking technology of VLP™ Foot System with smaller, pre-contoured Titanium plates.
• Easy to use, color coded
• Comprehensive
Internal Fixation
2.0mm tray General Instrument tray2.4mm tray1.5mm tray
19
Variable-Angle technology
Plate Options – 24 pre-contoured titanium plates
Screw Options – 6mm – 24mm offered in 1mm increments
Internal Fixation
2.4mm Plates 2.0mm Plates 1.5mm Plates
Y-Plate, 6 Hole
Y-Plate, 8 Hole
T-Plate, 2 Hole Head, 6 Hole
T-Plate, 2 Hole Head, 8 Hole
T-Plate, 3 Hole Head, 6 Hole
T-Plate, 3 Hole Head, 8 Hole
Straight Plate, 6 Hole
Straight Plate, 8 Hole
Straight Plate, 12 Hole
Stout Straight Plate, 6 Hole
Stout Straight Plate, 8 Hole
Stout Straight Plate, 12 Hole
Mesh Plate 3 x 12 Column Plate 2 x 6 Left & Right 2 x 12 Left & RightCut to fit your
application
*Up to 80mm lengths **Up to 50mm lengths ***Up to 24mm lengths
2.4mm Screws* 2.0mm Screws** 1.5mm Screws***
Cortex Screws
Locking Screws
Osteopenia Screws
20
TRIGEN™ Hindfoot Fusion Nail
The TRIGEN Hindfoot Fusion Nail (HFN) brings the simplified instrumentation of the TRIGEN NAIL SYSTEM to the hindfoot, featuring an oblique locking configuration that allows surgeons to maximize thread purchase by locking into better bone. One of its key advantages is to allow surgeons to target screws through the calcaneus and into specific bones to attain the most stable construct, while simultaneously gaining fusion between the calcaneus and surrounding bones. Fusion is further aided by allowing screws to cross the articulating surfaces of the calcaneus and talus, as well as the calcaneus and cuboid bones.
• Offers simplified instrumentation and anatomically designed implants.
• Diverging screw angles allow the surgeon to target specific bones and joints.
• Distal threaded screw holes help to reduce risk of screw back out while adding stability.
• Internal hex captured locking screws help to ease screw insertion.
• Rotational stability achieved with proximal static locking hole or dynamic compression slot.
• Dynamic compression slot allows up to 5mm of late controlled compression.
• 16 cm, 20 cm, 25 cm nail lengths
• 10mm and 11.5mm nail diameters
Internal Fixation
Cannulated Screw System
Sizes include:
2.0mm QFX™ screw*
2.5mm
3.0mm
4.0mm
5.5mm
6.5mm
7.0mm
8.0mm
*Not Cannulated
21
TAYLOR SPATIAL FRAME™
The TAYLOR SPATIAL FRAME (TSF) is an external device for limb correction, lengthening and/or straightening, based on the ILIZAROV Method, and gives the surgeon the ability to accurately move bones to their precise anatomic alignment. Its six telescopic struts can be independently lengthened or shortened relative to the rest of the frame, allowing for six different axes of movement (anterior/posterior, varus/valgus, lengthen/shorten). This gives the TAYLOR SPATIAL FRAME the ability to correct even the most difficult congenital deformities5 and trauma cases, providing treatment for a variety of skeletal fractures, malunions, and nonunions.
• Provides a single solution for correcting the most challenging cases.
• Takes advantage of the body’s natural ability to grow healthy new bone tissue.
• Unlike ORIF, the TAYLOR SPATIAL FRAME system allows for postoperative fracture reduction and alignment correction.6
• Circular construct allows near immediate weight bearing, accelerating fracture healing and increasing bone strength.7
• Using fixed angled pins in multiple planes offers optimized stability, while minimizing soft tissue damage.8, 9
We have a dedicated web application that makes planning for cases and correction areas easier. Visit www.spatialframe.com to see a video demonstration.
ILIZAROV™ External Fixator
For nearly 60 years, the ILIZAROVTM method has produced excellent postoperative results in the treatment of foot deformities and ankle fractures.1 The ILIZAROV External Fixator system provides a minimally invasive treatment solution by requiring fewer incisions, saving valuable OR time and contributing to improved patient outcomes.2
• Provides greater stability to internal fixation.3
• Enables almost immediate weight bearing.
• Rocker Ring protects the bottom of the foot and provides increased patient comfort.
• Pre-assembled frame constructs speed procedures and saves valuable OR time,4 while still providing adjustability.
• One-tray system with removable Mayo Stand caddy and organized compartments simplifies foot and ankle procedures, providing easy access to hardware.
Limb Restoration
1, 5. “The TAYLOR SPATIAL FRAME for External Fixation: A Systematic Review.” Bone and Joint Outcome, Smith and Nephew, Vol 01, 22, September 2011 2,3,4, 8. “The Mechanics of External Fixation.” HSS J. 2007 Feb;3(1):13-29. 6. Al-Sayyad MJ. (2006) “TAYLOR SPATIAL FRAME in the Treatment of Pediatric and Adolescent Tibial Shaft Fractures.” Journal of Pediatric Orthopaedics. Mar 2006;26(2):164-70.7. “Fracture Healing in Rat Femora as Affected by Functional Weight-bearing.” L, Latta LL, Enis JE. J. Bone Joint Surg Am. 1977 Apr:59(3):369-75.9. “Does the Taylor Spatial Frame Accurately Correct Tibial Deformities?” Clin Orthop Relat Res. 2010 May;468(5):1352-61. Epub 2009 Nov 13.
22
Limb Restoration
Jet-X™ External Fixation System
Compared to common clamshell designs, the JET-X External Fixation System bar is 175 times more likely to stay in its clamp while you are reducing a fracture. Your days (and nights) of tightening/ loosening/retightening are over.1
You have the freedom to use the frame to manipulate the fracture before final tightening. The integrity of the cartridge mechanism allows the pin or bar to be captured in the clamp. The clamp, in turn, remains free to rotate and angulate. This allows the frame to perform double duty as a fixation device and as a reduction tool.
1. Soileau, R., Treadway, J. “OR-08-133 – Evaluation of the Release Force Required to Lever External Fixation Bars or Pins out of Locked or Unlocked Holding Clamps,” Smith & Nephew Orthopaedic Research Report, August 2008.
23
Notes
24
Notes
Smith & Nephew, Inc.150 Minuteman RoadAndover, MA 01810 USA
www.smith-nephew.comT +1 978 749 1000 US Customer Service: +1 800 343 5717
™ Trademark of Smith & Nephew. ©2016 Smith & Nephew. All rights reserved. Printed in USA. 01745 V2 02/16
All28™ Foot and Ankle Solutions Exceptional solutions in foot and ankle care
If you are interested in more detailed product information, visit www.snfootandankle.com.If you would like to be among the first to hear about related product launches and education events from Smith & Nephew, simply send an email to [email protected] or scan the QR code and you will be added to our distribution list.
For detailed product information, including indications for use, contraindications, effects, precautions and warnings, and sterilization instructions, please consult the product’s Instruction for Use (IFU) prior to use.
