Foot & Ankle Archive - Page 3 of 6 - Wright Medical Group

TENFUSE™ PIP Hammertoe Allograft

Friday, May 8th, 2015

The TenFUSE^™ PIP is a sterile allograft that is partially demineralized to maintain inductive and conductive properties.

TenFUSE PIP Implant Advantages:

10^-6 SAL sterile allograft
Partially demineralized to maintain inductive and conductive properties.
Straight & 10° angled configurations
Designed with a DEPTH STOP to help accurately position the implant.
Octagonal shape and ridges resist rotation.
Tapered on the proximal end to promote ease of insertion.

STERILITY
The TenFUSE PIP Allograft is sterilized to an SAL of 10^-6. This Sterility Assurance Level designates the odds of finding an unsterile product to be 1 in a million. An SAL of 10^-6 is the orthopedic industry sterility standard for implants.

The TenFUSE PIP Allograft is designed with a DEPTH STOP to help accurately position the implant. The Octagonal shape and ridges resist rotation. It is tapered on the proximal end to promote ease of insertion.

The TenFUSE PIP Allograft is available in both straight & 10° angled configurations. This allograft complies with all FDA, AATB and State Regulatory requirements for donor screening, recovery and testing.

Patent Pending



	Know Your Product SAL The TenFUSE Allograft is terminally sterilized using a validated gamma irradiation process at an SAL (Sterility Assurance Level) of 10^-6. This representation of SAL illustrates the occurrence of a living microorganism surviving the sterilization process. SAL 10^-6designates the odds of finding an unsterile product to be 1 in 1 million. Competitive tissue products may be sterilized to an SAL of 10-3. This increases the odds of finding an unsterile product to 1 in 1 thousand.

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MDI™ Metatarsal Decompression Implant

Friday, May 8th, 2015

The MDI is designed to overcome the functional variables often seen in Stage III hallux rigidus or hallux valgus with arthritis. Traditional methodology has, in most cases, focused on correcting the wrong side of the joint.

Articular cartilage damage is typically more extensive on the metatarsal head as opposed to the phalangeal base. Recent studies have demonstrated the most severe damage is on the distal dorsal area of the metatarsal head. Historically, metatarsal resurfacing implants have not shown satisfactory results.

Metatarsal Decompression Implant Advantages:

Highly engineered articular surface with progressive decompression
An angled bone cut to minimize weight-bearing and shear forces
Minimal bone resection

MDI Instrument Tray

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LMH™ Lesser Metatarsal Head

Friday, May 8th, 2015

Thin, low-profile design for minimal bone resection
Single piece implant
Highly-polished Cobalt Chrome articular surface
Vertical cut angle reduces potential for dorsal impingement
Plasma spray titanium coating provides optimum interface for osseointegration
Stem offset dorsally for anatomically correct alignment in medullary canal

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FUSEFORCE™ Fixation System

Friday, May 8th, 2015

The FuseFORCE is a shape-memory, compression-ready fixation system that can be used in fixation for fractures, fusions or osteotomies of the bones in the forefoot, midfoot and rearfoot. The compressive properties and stepped-tooth design resists pull-out. See the accompanying Sizing Reference for examples of use from similar procedures.

Sterile, Single-use Kit
The FuseFORCE Fixation System is delivered sterile with disposable corresponding instrumentation. Its compression on release design provides a constant compressive force. Available in a full-spectrum of sizes from 8x8mm to 25x22mm, with leg diameters matched to overall size. Each package contains one each: Implant, Inserter, Reamer, Reamer Guide and Locator Pin.

End-Loaded, No Handling
The Inserter / Implant combo allows for No-Touch implantation with the simple twist-release-compress design. The end-loaded system provides an ULTRA low-profile release and no handling of the Implant required.

The FuseFORCE Fixation System Advantages:

Sterile, Disposable Implant Kit with Instrumentation
End-Loaded onto inserter
[no handling required]
Simple twist-release/compress
Compression Loaded: No heat/temperatureactivation required, Compression on Release
Constant Compressive Force
Efficient, ULTRA low-profile: Size matchesprocedure

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CSS™ Cannulated Screw System

Friday, May 8th, 2015

The OrthoPro Cannulated Screw System has the widest range of sizes all in one system. The CSS has 2.0, 2.5, 3.0, 3.5, & 4.0mm screws all going up to 50mm in length

Features and Benefits include:

Ideal screw system for midfoot and forefoot screw cases
Covers all major cases including: Lapidus, 1st MPJ Fusions, Weil Osteotomies, Hammertoes, & Bunions
The CSS screws are Self Drilling and Self Tapping
Superior aggressive cutting tip with distal threads extending all the way to the tip
CSS screws are made from titanium for strength and biocompatibility