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Top 2 Medical 3D Visualization Software Companies With $1M–$5M Revenue (September 2026)

As of September 2026, Latka tracks 2 medical 3d visualization software companies with $1M–$5M in annual revenue. They have combined revenues of $6M and employ 51 people.

Every company below sells medical 3d visualization software to other businesses and is ranked by its most recent annual revenue. Revenue, funding, headcount and customer figures come from CEO interviews on the Latka podcast, public company filings, and Latka estimates where a company has not disclosed a number.

What Medical 3D Visualization Software Companies do

Medical 3D Visualization Software encompasses tools that create detailed three-dimensional representations of medical data derived from imaging modalities such as MRI, CT scans, and ultrasound. These visualizations assist healthcare professionals in diagnosing conditions, planning treatments, and educating patients by providing them with a more comprehensive understanding of their health. Common workflows include importing medical imaging data, processing it into 3D models, and utilizing these models in various applications, from surgical planning to patient communication. The software typically includes features for manipulating and analyzing the 3D models, allowing for adjustments in perspective, measurements, and simulations of anatomical structures. Common user personas include radiologists, surgeons, medical device developers, and clinical researchers, all relying on accurate visual data to enhance patient care and improve health outcomes. By transforming complex medical data into accessible visual formats, these tools play a crucial role in modern healthcare practices.

Companies
2
Revenue
$6M
Funding
-
Employees
51

Filters

Sorting: Highest -> Lowest

Filters

Top Medical 3D Visualization Software Companies With $1M–$5M Revenue

Showing 2 of 2 companies ranked by annual revenue.

1Biotronics3D logo
Biotronics3D

London, England, United Kingdom

Biotronics3D develops and markets innovative software applications for the diagnostic imaging industry, offering cloud-native imaging solutions and three-dimensional medical image analysis services.

Revenue
$4.8M
Year founded
2004
Team size
39
2Ceevra, Inc. logo
Ceevra, Inc.

San Francisco, California, United States

Developer of a cloud based mobile software application designed to help surgeons develop more accurate and confident surgical plans through advanced medical images and data analytics. The company's FDA-cleared software converts a patient's existing CT or MR image into a detailed, multi-color, interactive 3D digital model, which is created entirely in the cloud, unlike existing 3D reconstruction applications, and may be viewed in virtual reality for even greater 3D visualization. Surgeons can view both the 3D models and the individual case profiles from their own mobile devices for maximum portability and convenience.

Revenue
$1.2M
Year founded
2016
Team size
12

Frequently asked questions about Medical 3D Visualization Software Companies With $1M–$5M Revenue

How many medical 3d visualization software companies with $1M–$5M in annual revenue are there?

Latka tracks 2 medical 3d visualization software companies with $1M–$5M in annual revenue. Together they generate $6M in annual revenue and employ 51 people.

Which medical 3d visualization software company with $1M–$5M in annual revenue is the largest?

Biotronics3D is the largest, with $4.8M in annual revenue, founded in 2004.

How much revenue does a typical medical 3d visualization software company with $1M–$5M in annual revenue make?

The average medical 3d visualization software company in this list makes $3M a year, across 2 companies with reported revenue.

Who are the leading Medical 3D Visualization software vendors with $1M–$5M in annual revenue?

Ranked by annual revenue, the leaders are Biotronics3D and Ceevra, Inc..

Related Vertical Industry Software categories

Inclusion Criteria

- The software must create 3D models from 2D medical imaging data. - It should support multiple imaging modalities including MRI, CT, and ultrasound. - Must offer functionalities for manipulating the models to visualize anatomical structures correctly. - The platform should enable exporting visuals for use in surgical planning or patient education materials. - Not just a viewing tool; must include analysis features for quantifying aspects of the models. - Must cater to healthcare professionals, including radiologists and surgeons, primarily.