Technology
Personalized therapeutics for Pelvic Organ Prolapse and Stress Urinary Incontinence.
Technology
Personalized therapeutics for Pelvic Organ Prolapse and Stress Urinary Incontinence.
MADE-TO-MEASURE
Personalized pessaries.
Leveraging artificial intelligence, cloud computing, and 3D printing to provide solutions catered to each individual's anatomy and needs.
Indicated for non-invasive management of Pelvic Organ Prolapse and Stress Urinary Incontinence.
MADE-TO-MEASURE
Personalized pessaries.
Leveraging artificial intelligence, cloud computing, and 3D printing to provide solutions catered to each individual's anatomy and needs.
Indicated for non-invasive management of Pelvic Organ Prolapse and Stress Urinary Incontinence.
By the numbers
1 in 2
women experience pelvic
organ prolapse.
of women experience stress urinary incontinence.
1 in 5
women will undergo surgery for prolapse or incontinence.
By the numbers
1 in 2
women experience pelvic
organ prolapse.
of women experience stress urinary incontinence.
1 in 5
women will undergo surgery for prolapse or incontinence.
Existing treatments
Pessaries are commonly used to treat prolapse and stress incontinence. Today, pessaries come in simple geometric shapes and sizes, are fit by trial and error, and do not comfortably fit within the vaginal cavity.
of patients will fail a pessary fitting.
of pessaries will displace and fall out of the vagina.
of patients experience complications with the use of existing pessaries.
Existing treaments
Pessaries are commonly used to treat prolapse and stress incontinence. Today, pessaries come in simple geometric shapes and sizes, are fit by trial and error, and do not comfortably fit within the vaginal cavity.
of patients will fail a pessary fitting.
of pessaries will displace and fall out of the vagina.
of patients experience complications with the use of existing pessaries
OUR APPROACH
Steps to a better fit
OUR APPROACH
Steps to a better fit
The clinician conducts a standard digital pelvic exam.
Pelvic floor measurements are obtained using the Pelvic Organ Prolapse Quantification system (POP-Q) and the FemTherapeutics measuring glove - no mess, no fuss.
The clinician conducts a standard digital pelvic exam.
Pelvic floor measurements are obtained using the Pelvic Organ Prolapse Quantification system (POP-Q) and the FemTherapeutics measuring glove - no mess, no fuss.
The AI-driven software designs a patient-specific pessary.
The patient’s measurements are inputted into a parametric simulation model which recommends the most optimal pessary design.
The AI-driven software designs a patient-specific pessary.
The patient’s measurements are inputted into a parametric simulation model which recommends the most optimal pessary design.
The pessary is 3D printed with biocompatible silicone.
The pessary is fabricated using additive manufacturing and computer-aided modeling to achieve high quality devices.
The pessary is 3D printed with biocompatible silicone.
The pessary is fabricated using additive manufacturing and computer-aided modeling to achieve high quality devices.
Continuous care provided through a clinician portal and patient mobile application.
The clinician portal will centralize patient care and enable data-driven decision-making. The patient mobile application will empower patients to play an active role in managing their condition with symptom tracking, access to cleaning schedules, guided programs and peer-to-peer community support.
The clinician portal will centralize patient care and enable data-driven decision-making.
The clinician portal will centralize patient care and enable data-driven decision-making.
The patient mobile application will empower patients to play an active role in managing their condition with symptom tracking, access to cleaning schedules, guided programs and peer-to-peer community support.
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