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Vilex MPJ Arthroplasty & Subtalar Implants

MPJ Arthroplasty

1st MPJ Cannulated Hemi Implants (CHI)

Designed for 1st MPJ Arthroplasty of the Metatarsal Head or Phalangeal Base.

Open CHI
Vilex-Foot-Plates

System Benefits

  • The Vilex (CHI) Cannulated Hemi Implant System facilitates intraoperative decision making providing two surgical options in one tray.
  • Five sizes of phalangeal (base) or a metatarsal (head) implants are available in compact tray.
  • Cannulated system offers precise placement of implant, simplifying surgery and reducing OR times.
  • Color-coded implants and sizes for ease intraoperative identification
  • Implants designed to minimize bone resection in order to preserve limb length and soft tissue structures.
  • Cannulated hemi implants offer the patient and surgeon options for future care, including fusion, if necessary.
  • Cannulation offers reproducible ease of use, proper placement, simplifies removal, and reduces trauma to the patient.
  • Implant stem designed to engage the inner cortex of the medullary canal to improve bite and reduce rotational backout.
Animation

Phalangeal Base Implant

Elliptical, concave base implants are manufactured from titanium for biocompatibility or cobalt chrome depending on clinical need.

Vilex+CHI+Hemi+Implant_Phalanx

Without any condition or equivocation Vilex does not recommend the replacement of both the base of the phalanx and the metatarsal head of the same joint.

Metatarsal Head Implant

Spherical, concave head implants are manufactured from cobalt chrome with mirror-finished designed to minimize friction.

Hydroxyapatite Coating

Base and Head implants are available with HA coating.

Lesser MPJ Cannulated Mini Hemi Implants

Designed for Lesser MPJ Arthroplasty of the Metatarsal Head or Phalangeal Base.

Open Mini Hemi

System Benefits

  • The Lesser Cannulated Hemi Implant System facilitates intraoperative decision making providing two surgical options in one tray.
  • Five sizes of phalangeal (base) or a metatarsal (head) implants are available in compact tray.
  • Mini metatarsal head implants offered in cobalt chrome and base implants offered in anodized titanium.
  •  Cannulated system offers precise placement of implant, simplifying surgery and reducing OR times.
  • Color-coded implants and sizers assist in intraoperative identification
  • Cannulation offers reproducible ease of use, proper placement, simplifies removal, and reduces trauma to the patient.

Surgical Videos

Phalangeal Base
Metatarsal Head

Subtalar

TOV (Talus of Vilex) and Talex Subtalar Implants

The TOV family of subtalar implants features the original TOV implant and Talex implant, the evolution of the subtalar implant for flatfoot correction

Open TOV & Talex

Subtalar Implants

  • Color-coded, radio-opaque trial sizers and implants for intraoperative identification and placement verification
  • Cannulated implants and instrumentation facilitate precise implant positioning in the sinus tarsi
  • Patented reverse thread removal method and positioning technique
  • Minimially invasive procedure

TOV

TOV System Features and Benefits

  • Conical titanium implants designed to accommodate the anatomy of the sinus tarsi and facilitate correction of flatfoot deformities
  • Non-cutting threads designed to preserve anatomy and minimize discomfort while resisting implant migration or displacement
  • Tapered implant design allows gradual adjustment of correction
  • Implants available in 5 sizes to meet most patient anatomy. Additional sizes are available upon request
  • Radio-opaque trials accurately match corresponding implant geometry and allow verification of placement
  • Hex drive mechanism
  • System features patented removal tool
Surgical Video

Talex

A New Choice for Talotarsal Stabilization and Flatfoot Correction

Talex Subtalar Stabilization System Features

  • Toroid shaped titanium implants head designed to realign the rotational axis of talar motion and stem for medial anchoring in the sinus tarsi.
  • Available in 6 anatomic sizes to meet most clinical needs
  • Implants are engineered to more closely match the anatomy of the sinus tarsi
  • Implants feature Grippex™ threads designed to improve bite and to reduce potential of rotational backout
  • Axial cut channels and cross holes designed to facilitate soft tissue ingrowth
  • Radio-opaque trials accurately match corresponding implant geometry and allow verification of placement.
  • Hexalobe drive improves driving force
  • Ergonomically designed comfort-fit instrumentation and removal tool

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