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LuxOR^® Revalia^™

Revalia^™ reveals what you need with vivid visualisation.

LuxOR^® Revalia™

Revalia™ reveals what you need with vivid visualization.

Manage your surgical procedures with stable and enhanced visualisation while improving efficiency and control at every surgical step.

Stability

Enhanced Visualization with a Larger Red Reflex¹*

Revalia™ offers enhanced visualization to optimise your surgical experience with a red reflex that is more stable, intense and 6x larger than standard analog microscopes.^1,2*

Proprietary ILLUMIN-i Technology allows you to maintain a consistent view of your working space even with patient movement and incomplete iris dilation.³

* Compared to ZEISS Lumera T, Lumera 700, and LEICA M-820 microscopes (clinically proven).

Learn more about the key features of Revalia™ and see how it works to bring enhanced stability, efficiency and control to your surgeries.

Red Reflex Comparison

Large Red Reflex with Revalia™

A blue icon of two gears and a stopwatch

Efficiency

Enhanced Efficiency and Greater Depth of Focus^1-6

Revalia™ amplifies your visualization for total surgical control and reduces the need for microscope adjustments, allowing you to see more during surgery.^1-6

LuxOR Revalia microscope on a dark blue background

ILLUMIN-i Technology allows you to view the surgical field with
greater depth of focus⁶

Largest Depth of Focus^6*

Reduces need to refocus during surgery
Emphasises textures, bringing out structures, patterns and details

A cross-section of an eye showing the extended depth of focus with Revalia compared to other microscopes.

See How Revalia™ Can Offer an Extended Depth Of Focus

Depth of focus: The range to which an object appears in focus. This can be on either side of the focal point.

*Revalia™ has the largest depth of focus compared to ZEISS Lumera T, Lumera 700, and LEICA M-820 microscopes (clinically proven).

Revalia™ provides a personalised
LED illumination system

Customise Your Surgical View

Revalia™ gives you the flexibility to choose the most appropriate light source for each surgical case. LED illumination allows high intensity for complete views throughout the procedure, with a reliable, uniform and longer lifetime than halogen illumination.³

An image of the warm white, cool white, and mixed white LED illumination modules available with LuxOR Revalia, and examples of the colour of light produced by each module.

Blend Coaxial and Oblique Light Sources to Optimise Light Intensity

With independently adjustable coaxial and oblique light sources, Revalia™ offers the right mix of light intensity for every surgical step.³

Seamless Integration
with Alcon Technologies

Revalia™ is fully integrated with Alcon’s Cataract Refractive Suite^7-11:

OCULUS BIOM
VERION™ Image-Guided System
ORA SYSTEM^® Intraoperative Aberrometer
CONSTELLATION^® Vision System
CENTURION^®Vision System
NGENUITY^® 3D Visualization System

An image showing different surgical devices made by Alcon on a dark blue background. The ARGOS Biometer, LenSx Laser System, Verion Digital Marker, LuxOR Revalia Ophthalmic Microscope, Centurion Vision System, ORA SYSTEM Intraoperative Abberometer.

A blue icon of a scalpel pointing at an eye

Vitreoretinal Surgery

Designed to Maximise Stability and Clarity in Vitreoretinal Procedures

Revalia™ AMP technology allows for optimal retroillumination of the posterior segment for maximum clarity.³

A cross section of the ILLUMIN-I AMP module with a beam of light shining through it.

Clinical Support

Cionni RJ., et al. Evaluating Red Reflex and Surgeon Preference Between Nearly-Collimated and Focused Beam Microscope Illumination Systems

Evaluating the intensity and stability of the red reflex produced by ophthalmic surgical microscopes to assess surgeon preference in a simulated surgical setting

Lubeck DM. Red Reflex Stability Improves Illumination

Exploring how red reflex stability is one quality of a microscope that is integral to precise visualisation during ophthalmic surgery

Schwiegerling J, Dimalanta R. Depth of Focus Measurements of Ophthalmic Surgical Microscopes

Reviewing reliability of means for measuring the perceived depth of focus for surgical microscopes

Instructions for Use (IFU)

For a full list of indications, contraindications and warnings, please visit ifu.alcon.com and refer to the relevant product’s instructions for use.

Visit IFU Database

Alcon Experience Academy

For relevant training content from industry thought leaders

Visit AEA Portal

References:

1. Cionni RJ., et al Evaluating red reflex and surgeon preference between nearly-collimated and focused beam microscope illumination systems. Tran Vis Sci Tech. 2015;4(4):7.
2. Alcon data on file, 2014.
3. LuxOR Revalia™ (LX3 LED) Ophthalmic Microscope Operator’s Manual.
4. Lubeck DM. “Red reflex stability improves illumination.” Ocular Surgery News, US edition. November 25, 2013. Available from: Healio.com/Ophthalmology/
5. Brogan K, et al. Intraoperative head drift and eye movement: two under addressed challenges during cataract surgery. Eye. 2018;32:1111–1116.
6. Schwiegerling J & Dimalanta R. Depth of focus measurements of ophthalmic surgical microscopes. Poster presented at: The Association for Research in Vision and Ophthalmology; May 1-5, 2016; Seattle, WA.
7. CONSTELLATION^® Vision System Operator's Manual.
8. CENTURION^® Vision System Operator's Manual.
9. NGENUITY^® 3D Visualization System Operator's Manual.
10. ORA SYSTEM^® Operator's Manual.
11. VERION™ Digital Marker M Operator's Manual.

For indications, contraindications and warnings please refer to the relevant product's instruction for use.

LuxOR® Revalia™