SUNLIGHT MINIOMNI™ ULTRASOUND-BASED OSTEOPOROSIS SCREENING with CM probe + MINIOMNI software for adult (20-90 years)
The Sunlight MiniOmni™ bone density scanner provides an exceptionally affordable, professional solution for early assessment of osteoporosis. It enables reliable, accurate, noninvasive and safe monitoring of bone density. Ultra-compact size and weight, intuitive ease of use and convenient USB-port connectivity to Windows™ 10 and above PCs and laptops. It’s well-suited for use in any physician office or medical clinic, pharmacy, annual checkup centres or other retail venue.
Proven accuracy
MiniOmni™ is based on Omnipath™ quantitative ultrasound technology. This technology detects the speed of ultrasonic waves along the axis of maximum force of the bone, eliminating soft tissue effects and allowing for more precise results. It has been proven in thousands of installations worldwide.
Proven safety
Non-invasive and radiation free
Fast results
- no warm-up and calibration
- immediate audio confirmation of correct measurement
- screen a patient in just few minutes
- easy and fast to learn with built-in training module
Easily interpreted report in A4/letter format
- multiple ethnic reference databases for accurate results: Caucasian, Asian, Chinese, North and Latin American, European
- clear, colour-coded reports, easy to read and interpret
- patient data and measurement history
- gender and age are taken into account
- WHO-compliant T-scores and Z-scores
Highly affordable, with fast ROI
- zero cost of operation: no ongoing maintenance, no disposables, no calibration
Optional Multi-Site licence (56805) for multiple skeletal measurement
It can measure multiple skeletal sites: radius, phalanx, tibia and metatarsal. Its flexibility improves the identification of isolated points of osteoporosis, as well as being able to test patients in whom the evaluation of certain skeletal sites is impossible.
- maximum examiner comfort, no need to bend over
- maximum patient convenience, shoes can stay on
- ideal for immobile patients
- each site is proven to be correlated with osteoporosis
