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MOVU IS COMMITTED TO HELPING CLINICIANS IMPROVE QUALITY OF LIFE WITH ADVANCED OPTICAL IMAGING.

 

We’ve combined the Swept-Source OCT technique with key technologies to produce ARGOS, an advanced optical biometer that accurately reads biometric information even for the densest of cataracts.

MOVU IS COMMITTED TO HELPING CLINICIANS IMPROVE QUALITY OF LIFE WITH ADVANCED OPTICAL IMAGING.


We want to help as many people as possible. That’s why we’ve built our company on superior engineering. Based in San Jose, CA, we leverage our 50 years experience in cutting edge optical science. By focusing on creating the advanced optical imaging techniques, we help physicians improve the speed and accuracy in diagnosis.

MOVU CORE TECHNOLOGY

Movu has brought together a team of experts in medical device development, imaging, optical technology, engineering, and medicine. Combining these skill sets to deliver best-in-class optical imaging systems to market.

Hardware

  • MEMS
  • Fiber Optics
  • Micro-Optics Assembly
  • Optical Imaging
  • Photonics
  • Optical Coherence Tomography

Software

  • Image Processing Software
  • FPGA Control
  • Analysis
  • Signal Processing
  • Boundary Detection Algorithms
  • 3D Reconstruction

OPTICAL IMAGING & OPTICAL COHERENCE TOMOGRAPHY

The medical field relies on optical imaging for accurate diagnosis. A range of light sources such as lamps, LEDs and lasers are used with time resolved and interferometric techniques.

Recently, the advanced Optical Coherence Tomography technique has opened up a new range of systems. The Swept-Source OCT (SS-OCT) technique delivers improvements in speed and accuracy over traditional OCT techniques such as SD-OCT or TD-OCT.

Movu designed the SS-OCT ARGOS Biometer to streamline biometry for the clinician. Enhanced ease-of-use and precision yield an accurate picture of the eye with minimal patient discomfort. A near infrared swept laser is scanned across the patient’s eye and detects the returned light from boundary layers, accurately reconstructing the eyes’ physiology in software. Fast image reconstruction algorithms mean that for the first time realtime 2D imaging of the eye is available during biometer alignment.

Movu designed the SS-OCT ARGOS Biometer to streamline biometry for the clinician. Enhanced ease of use and precision yields an accurate picture of the eye with minimal patient discomfort. A near infrared swept laser is scanned across the patient’s eye and detects the returned light from boundary layers, accurately reconstructing the eyes’ physiology in software. Fast image reconstruction algorithms mean that for the first time realtime 2D imaging of the eye is available during biometer alignment.

10 facts about Optical Coherence Tomography (OCT):

  1. Uses eye-safe, non-ionizing near infrared light.
  2. Is a noncontact, real-time imaging technique.
  3. Provides higher resolution images than Ultrasound or X-ray techniques.
  4. Provides 2D cross-section or 3D volume imaging.
  5. Has been approved by FDA in wide range of Medical fields including Ophthalmology, GI tract, Dermatology, Cardiovascular.
  1. Was first developed in 1991 at MIT.
  2. Can provide functional information such as blood flow by Doppler technique.
  3. Is used for Glaucoma, Anterior chamber imaging, and retinal scanning in Ophthalmology.
  4. SS-OCT provides whole eye, high sensitivity imaging.
  5. Structures can be further analyzed using polarization and spectroscopic techniques.


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