INNOVATION IN PERIOD PRODUCTS
    BEFORE PRODUCT -
    DESIGN
    BEFORE DESIGN -
    RESEARCH
    INNOVATION IN FEMININE HYGIENE
    BEFORE PRODUCT -
    DESIGN
    BEFORE DESIGN -
    RESEARCH
    INNOVATION IN FEMININE HYGIENE
    BEFORE PRODUCT -
    DESIGN
    BEFORE DESIGN -
    RESEARCH
    COMBINING
    BIOMATERIALS
    PHYSIOLOGY
    MICROBIOLOGY
    FLUID MECHANICS
    COMBINING
    BIOMATERIALS
    PHYSIOLOGY
    MICROBIOLOGY
    FLUID MECHANICS
    COMBINING
    BIOMATERIALS
    PHYSIOLOGY
    MICROBIOLOGY
    FLUID MECHANICS
    PERIOD PRODUCT BENEFITS
    EXCEPTIONAL COMFORT
    HYGIENIC HANDLING
    CONVENIENCE
    SAFETY
    FEMININE HYGIENE BENEFITS
    EXCEPTIONAL COMFORT
    HYGIENIC HANDLING
    CONVENIENCE
    SAFETY
    FEMININE HYGIENE BENEFITS
    EXCEPTIONAL COMFORT
    HYGIENIC HANDLING
    CONVENIENCE
    SAFETY
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    Biomaterials

    Materials meeting the
    ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Materials meeting the
    ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Materials meeting the ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Physiology

    Understanding tissue structures and
    surface micro-environments
    is key to customising designs
    perfectly attuned to human environments

    Immunology

    Body tissue environment research
    enables in vivo use
    without initiating a host immune response
    or toxicological reaction

    Body tissue environment research
    enables in vivo use
    without initiating a host immune response
    or toxicological reaction

    Body tissue environment research enables in vivo use
    without initiating a host immune response
    or toxicological reaction

    Biomaterials

    Materials meeting the
    ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Materials meeting the
    ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Materials meeting the ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Physiology

    Understanding tissue structures and
    surface micro-environments
    is key to customising designs
    perfectly attuned to human environments

    Immunology

    Body tissue environment research
    enables in vivo use
    without initiating a host immune response
    or toxicological reaction

    Body tissue environment research
    enables in vivo use
    without initiating a host immune response
    or toxicological reaction

    Body tissue environment research enables in vivo use
    without initiating a host immune response
    or toxicological reaction

    Biomaterials

    Materials meeting the
    ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Materials meeting the
    ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Materials meeting the ISO 10993 biocompatibility
    standard are just the first step in safety
    We combine minimal use plastics
    with maximal disposal safety
    to help the environment

    Physiology

    Understanding tissue structures and
    surface micro-environments
    is key to customising designs
    perfectly attuned to human environments

    Immunology

    Body tissue environment research
    enables in vivo use
    without initiating a host immune response
    or toxicological reaction

    Body tissue environment research
    enables in vivo use
    without initiating a host immune response
    or toxicological reaction

    Body tissue environment research enables in vivo use
    without initiating a host immune response
    or toxicological reaction

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    Aritex Biotech announces Toruso - a New Tampon Design

    For the first time, a new tampon design promises exceptional comfort, hygienic handling, convenience & safety from toxic shock syndrome.

     

    Follow our progress

                        

     

    Find out more

    New research in immunology, physiology and material science is promising exciting changes in period products.

    Already the use of new materials is making tampons & pad better and safer, but new designs will offer exceptional comfort, hygienic handling, convenience and safety.

    In March 2021, Aritex Biotech launched a new design for a hygienic, self inserting tampon.

    The Toruso design promises exceptional comfort, hygienic handling, convenience, safe usage and improved environmental safety.