Procedures That Help With Dry Eye

TearScienceTM LipiFlowTM Thermal Pulsation System

Designed to Improve Gland Function

The TearScienceTM LipiFlowTM Thermal Pulsation System, is a medical device used by physicians in addressing Meibomian Gland Dysfunction (MGD). It consists of a Console and a single-use sterile device, known as the Activator, and has a drug-free mechanism of action. Eye care professionals use the TearScienceTM LipiFlowTM System to treat MGD patients in-office with confidence and efficiency.

The TearScienceTM LipiFlowTM System represents more than 14 years of dedicated research and is protected by more than 30 patents. A phased pressure profile with adaptive force equalization and proximal-to-distal peristaltic motion evacuates gland contents as the inner lid is gently heated.

How the TearScienceTM LipiFlowTM System Works

  • The procedure centers around the breakthrough Vectored Thermal Pulsation (VTP) Technology
    After an initial anesthetic drop, no drugs are required for the procedure
    As the only automated treatment for MGD, TearScienceTM LipiFlowTM applies precise heat from the inner lid and pressure to remove gland obstructions while protecting delicate  structures of the eye2
    As a result, the obstructed meibum is liquefied and pushed up and out of the gland orifices
    Contoured design vaults the cornea and protects the eye
    Heat and pressure are regulated with redundant sensors

Key Messages for Patients

Did You Know?

  • In one study, up to 86% of dry eye patients had signs of MGD3
    Approximately 1 in 5 patients with MGD are asymptomatic4
    TearScienceTM LipiFlowTM has been shown to increase gland secretion threefold, on average, with just one treatment2
    Safety and long-term effectiveness have been demonstrated in peer-reviewed studies5,6,7
    TearScienceTM LipiFlowTM installations are evenly divided between ophthalmology and optometry clinics
    TearScienceTM LipiFlowTM is available in more than 1500 practice locations in the United States and Canada as of January 2023