Bruder Ocular Surface Analyzer (BOSA)

The ultimate tool for dry eye patient care.

BOSA Delivers Results

Rely on M&S Bruder Ocular Surface Analyzer (BOSA) to deliver diagnosis efficiency and revenue potential.

Unlock the potential for efficient practice management, personalized care, increased treatment conversions, and enhanced patient satisfaction.

OBJECTIVE | ACCURATE | QUANTIFIED

BOSA – a must-have for dry eye practices
• Comprehensive, all-in-one device for OSD
• Easy to use, does not require extensive training
• Streamlines dry eye diagnostics, providing essential tests quickly
• Accurate assessments, for better patient data
• Illustrative, test results saved to show patient progress
• Customizable treatment protocol
• Revenue stream with testing, treatment plan

Quick and Accurate
BOSA streamlines dry eye diagnostics, providing essential tests quickly, reducing patient chair time, and freeing up your team to focus on care.

Illustrative Reports
Easy-to-understand reports provide evidence-based results for enhanced patient education and treatment plan

Customizable Treatment Improve patient experience and practice efficiency with pre-loaded protocol and treatment recommendations

4 Results | 15 Seconds

Captures Meibography results in under 2 minutes

Immediate insight into the patient’s disease state

Green-Yellow traffic light grading scale provides an immediate view of all test results. The display guides patients through the status of their disease state.

Customizable treatment protocols.

“BOSA provides a ready-made hub to help identify, quantify and rectify OSD – with recommended treatments tailored to each patient’s test results.“

Paul Karpecki – OD, FAAO

“It’s unbelieveably fast. It’s very easy to put into our workflow. Makes it so much easier to do the prior authorizations.”

Milton Hom – OD, FAAO

BOSA Helps Navigate Challenges Post Surgery

How Has The BOSA Changed Our Evaluations

From The Journal of Cornea and External Disease:

Accuracy of a New Noninvasive Automatic Ocular Surface Analyzer for the Diagnosis of Dry Eye Disease-Two-Gate Design Using Healthy Controls.

Purpose
To assess the performance of a new noninvasive, automated ocular surface analyzer in the diagnosis of dry eye.

Methods
Analyzed for NIBUT, tear meniscus height, lipid layer, eye blink quality, and meibography.

Conclusions
Positive concordance with clinical diagnostic tests performed using traditional methods, illustrating the accuracy of the device.