Legal Department / IP Committee
Granted Patents

As of: March 24, 2020

As the 6th generation of breast implants, Motiva® utilizes breakthrough, first-of-their kind technology to provide women with unique solutions for breast augmentation and reconstruction.

Some notable technological offerings include:

  • SmoothSilk®/SilkSurface®: Our advanced smooth surface that offers a biocompatible patient-centric alternative to traditional textured or smooth surfaces
  • BluSeal®: Our proprietary visual safety indicator makes Motiva® the world’s only implant with a visible barrier layer, allowing surgeons to ensure the barrier layer (which reduces the risk of gel bleeding) is 100% intact before insertion
  • TrueMonobloc®: This flexible, multilayer system links all implant components (gel, shell, and patch) to create a unified structure that allows for easier insertion, robust function, and a clinically proven safety profile
  • Q Inside® Safety Technology/Qid®: As an optional feature, patients can request that their Motiva Implants® come with the Qid® microtransponder system that lets healthcare providers verify important implant information instantly, easily, and non-invasively
  • Ergonomix®: The world’s first and only ergonomic implant that is designed to look, feel, and move in tandem with the patient, mimicking the behavior of real breast tissue
  • Anatomical TrueFixation®: The world’s only anatomical implant that is available with an advanced smooth surface

Below is a complete list of patented Motiva® technology as of March 24, 2020.

Product Name

  • Sterile Silicone Breast implant Motiva implant Matrix® Round SilkSurface® PLUS Mini
  • Sterile Silicone Breast implant Motiva implant Matrix® Round SilkSurface® PLUS Demi
  • Sterile Silicone Breast implant Motiva implant Matrix® Round SilkSurface® PLUS Full
  • Sterile Silicone Breast implant Motiva implant Matrix® Round SilkSurface® PLUS Corsé
  • Sterile Silicone Breast implant Motiva implant Matrix® Round SilkSurface® PLUS Mini with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Round SilkSurface® PLUS Demi with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Round SilkSurface® PLUS Full with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Round SilkSurface® PLUS Corsé with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Round VelvetSurface® PLUS Mini
  • Sterile Silicone Breast implant Motiva implant Matrix® Round VelvetSurface® PLUS Demi
  • Sterile Silicone Breast implant Motiva implant Matrix® Round VelvetSurface® PLUS Full
  • Sterile Silicone Breast implant Motiva implant Matrix® Round VelvetSurface® PLUS Corsé
  • Sterile Silicone Breast implant Motiva implant Matrix® Round VelvetSurface® PLUS Mini with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Round VelvetSurface® PLUS Demi with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Round VelvetSurface® PLUS Full with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Round VelvetSurface® PLUS Corsé with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Round SilkSurface® Mini
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Round SilkSurface® Demi
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Round SilkSurface® Full
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Round SilkSurface® Corsé
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Round SilkSurface® Mini with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Round SilkSurface® Demi with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Round SilkSurface® Full with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Round SilkSurface® Corsé with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Oval SilkSurface® Mini
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Oval SilkSurface® Demi
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Oval SilkSurface® Full
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Oval SilkSurface® Corsé
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Oval SilkSurface® Mini with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Oval SilkSurface® Demi with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Oval SilkSurface® Full with Qid®
  • Sterile Silicone Breast implant Motiva implant Matrix® Ergonomix Oval SilkSurface® Corsé with Qid®
  • Motiva Implants®, Sterile Silicone Breast Implant Anatomical TrueFixation™ Full
  • Motiva Implants®, Sterile Silicone Breast Implant Anatomical TrueFixation™ Corsé
  • Motiva Implants®, Sterile Silicone Breast Implant Anatomical TrueFixation™ Full with Qid®
  • Motiva Implants®, Sterile Silicone Breast Implant Anatomical TrueFixation™ Corsé with Qid®
  • Sterile Silicone Body contour Implants Motiva Implants® Motiva Implant Matrix® GlutealArmonic™ SilkSurface® Demi
  • Sterile Silicone Body contour Implants Motiva Implants® Motiva Implant Matrix® GlutealArmonic™ SilkSurface® Full
  • Sterile Silicone Body contour implants Motiva Implants® Motiva implant Matrix® GlutealArmonic™ SilkSurface® Demi with Qid®
  • Sterile Silicone Body contour implants Motiva Implants® Motiva implant Matrix® GlutealArmonic™ SilkSurface® Full with Qid®
  • Intraoperative, Single Use, Sterile, Silicone Breast Sizers Motiva Implant Matrix® Motiva Implants® Round Sizer Mini
  • Intraoperative, Single Use, Sterile, Silicone Breast Sizers Motiva Implant Matrix® Motiva Implants® Round Sizer Demi
  • Intraoperative, Single Use, Sterile, Silicone Breast Sizers Motiva Implant Matrix® Motiva Implants® Round Sizer Full
  • Intraoperative, Single Use, Sterile, Silicone Breast Sizers Motiva Implant Matrix® Motiva Implants® Round Sizer Corsé
  • Intraoperative, Single Use, Sterile, Silicone Breast Sizers Motiva Implant Matrix® Motiva Implants® Round Sizer Mini with Qid®
  • Intraoperative, Single Use, Sterile, Silicone Breast Sizers Motiva Implant Matrix® Motiva Implants® Round Sizer Demi with Qid®
  • Intraoperative, Single Use, Sterile, Silicone Breast Sizers Motiva Implant Matrix® Motiva Implants® Round Sizer Full with Qid®
  • Intraoperative, Single Use, Sterile, Silicone Breast Sizers Motiva Implant Matrix® Motiva Implants® Round Sizer Corsé with Qid®
  • Sterile Silicone Breast Implant Motiva Implants® Ergonomix2® SmoothSilk® mini
  • Sterile Silicone Breast Implant Motiva Implants® Ergonomix2® SmoothSilk® Demi
  • Sterile Silicone Breast Implant Motiva Implants® Ergonomix2® SmoothSilk® Full
  • Sterile Silicone Breast Implant Motiva Implants® Ergonomix2® SmoothSilk® Corsé
  • Sterile Silicone Breast Implant Motiva Implants® Ergonomix2® SmoothSilk® mini with Qid®
  • Sterile Silicone Breast Implant Motiva Implants® Ergonomix2® SmoothSilk® Demi with Qid®
  • Sterile Silicone Breast Implant Motiva Implants® Ergonomix2® SmoothSilk® Full with Qid®
  • Sterile Silicone Breast Implant Motiva Implants® Ergonomix2® SmoothSilk® Corsé with Qid®
  • Motiva® Flora™ Tissue Expander Implants SmoothSilk® Corsé-Full
  • Motiva® Flora™ Tissue Expander Implants SmoothSilk® Corsé-Medium
  • Motiva® Flora™ Tissue Expander Implants SmoothSilk® Corsé-Low

Patent Name and Number

  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. EP 2895109 B1
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. IT 502019000028564
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. DE 60 2013 050 022.3.
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. US 9,901,438
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 9,673,516
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 10/424,837
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. EP 2895109 B1
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. IT 502019000028564
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. DE 60 2013 050 022.3.
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. US 9,901,438
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 9,673,516
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 10/424,837
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
    TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. EP 2895109 B1
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. IT 502019000028564
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. DE 60 2013 050 022.3.
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. US 9,901,438
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 9,673,516
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 10/424,837
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. EP 2895109 B1
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. IT 502019000028564
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. DE 60 2013 050 022.3.
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. US 9,901,438
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 9,673,516
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 10/424,837
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • BREAST IMPLANT Patent No. US 9,750,600 B2
  • BREAST IMPLANT Patent No. ES 2409691 B1
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. EP 2895109 B1
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. IT 502019000028564
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. DE 60 2013 050 022.3.
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. US 9,901,438
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 9,673,516
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 10/424,837
  • BREAST IMPLANT Patent No. US 9,750,600 B2
  • BREAST IMPLANT Patent No. ES 2409691 B1
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • GLUTEAL IMPLANT Patent No. MX 279235
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. EP 2895109 B1
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. IT 502019000028564
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. DE 60 2013 050 022.3.
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. US 9,901,438
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 9,673,516
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 10/424,837
  • GLUTEAL IMPLANT Patent No. MX 279235
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. EP 2895109 B1
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. IT 502019000028564
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. DE 60 2013 050 022.3.
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. US 9,901,438
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 9,673,516
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 10/424,837
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412
  • METHOD OF MAKING A PROSTHESIS DEVICE, Patent No. US 10,111,744
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. EP 2895109 B1
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. IT 502019000028564
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. DE 60 2013 050 022.3.
  • BREAST IMPLANTS WITH INTEGRATED TRANSPONDERS, Patent No. US 9,901,438
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 9,673,516
  • HIGH TEMPERATURE TRANSPONDERS, Patent No. US 10/424,837
  • TEXTURED SURFACE FOR BREAST IMPLANTS, Patent No. US 10,595,979
  • TRANSPONDERS AND SENSORS FOR IMPLANTABLE MEDICAL DEVICES AND METHODS OF USE THEREOF, Patent No. US 10,176,412

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