The problem.

We hate to admit it, but proper stone visualization can be challenging. Good visualization is crucial for ESWL at these stages:

Initially during stone targeting, which needs to be very precise
During treatment to evaluate the progress of stone fragmentation
After treatment to evaluate outcome and the possible need for follow-up procedures

This is not always easy to achieve; stones vary in size, shape, density, and can be masked by bone structures and bowel gases. On top of that, stone details can further be obscured by instances that affect image contrast and brightness.

Further exposure is not a perfect solution, as you never want to expose the patient to more radiation than necessary.

Meet OptiVision.

The only image post-processing software tailored for urology.

CLARITY IN DIFFICULT CASES

Obese patients, intestinal gas or bony structure overlays can bring about suboptimal imaging. OptiVision™ optimizes the image in these difficult clinical scenarios.

EVIDENT DEGREE OF STONE DISINTEGRATION IN VERIFYING PROCEDURE SUCCESS

Receive a clear image of stone disintegration after treatment. Good imaging is essential as it further impacts follow-up treatments and diagnosis.

BETTER CLARITY WITHOUT ADDITIONAL RADIATION EXPOSURE

OptiVision comes in after the X-ray snapshot is taken, working with the captured image. Thus, OptiVision achieves enhanced imaging without additional radiation exposure.

BALANCED PRESENTATION OF TISSUE & BONE STRUCTURE

OptiVision is specifically designed for urologists, by urologists. This means that images are intelligently processed to give the urologist optimized visual information.

FOR UROLOGISTS, BY UROLOGISTS
OptiVision is developed in consultation with over 20 leading urologists from various geographies worldwide.

LAYERED OUTPUT
OptiVision works without overwriting original image data, ensuring a backup option.

1-CLICK OPERATION
In 1-click, OptiVision automatically minimizes noise while maximizing details.

BETTER CONTRAST
Recovers detail from very dark and very bright regions.

How Optivision works.

1: ANALYZE

OptiVision uses an intelligent algorithm to analyze noise, brightness and contrast level, as well as details in the available image. This acquired image is decomposed into a dozen layers.

2: DECOMPOSE

Each layer represents a sub-band of spatial frequencies or detail sizes present in the original image.

3: ENHANCE

The intelligent algorithm is applied to just the altered sections of the image without affecting the complete image.

“OptiVision offers urologists the marked advantage of a snapshot with amazing image quality; highlighting nearly all the details crucial for treatment outcomes at the end of the procedure.

The enhanced image quality helps the urologist plan and follow-up with the patient with a high level of confidence.”