Our Process
Initial Discovery & Research
Engineering Design & Development
Engineering Design & Development
This is where biomedical engineering principles guide the definition of the clinical need, intended use, and early regulatory considerations, while assessing technical feasibility and potential risks. This phase ensures the right problem is being solved before development begins.
Engineering Design & Development
Engineering Design & Development
Engineering Design & Development
Here, we translate clinical requirements into a functional device through system architecture, electronics, firmware, mechanical design, and rapid prototyping, supporting medical device companies in transforming concepts into reliable, manufacturable solutions. This phase focuses on iterative development, performance, safety, and design for manufacturability.
Validation and Manufacturing
Engineering Design & Development
Validation and Manufacturing
At this stage, we ensure the medical equipment or devices perform safely and reliably through comprehensive testing, verification, and compliance activities, while preparing designs, documentation, and production processes for scalable, consistent, and high-quality manufacturing.
Our Work
Fundus Camera
Breast Cancer Screening
Ultrasonic Flosser
Explore the state-of-the-art fundus camera we developed for a client, engineered to capture high-resolution retinal images for early detection of diabetes, kidney, and heart disease.
Ultrasonic Flosser
Breast Cancer Screening
Ultrasonic Flosser
We developed an innovative dental care device for a client, using sonic technology in a novel way. With a quick 5–10 second cleaning cycle, it enhances daily hygiene and helps reduce oral health risks.
Breast Cancer Screening
Breast Cancer Screening
Breast Cancer Screening
We collaborated with a client to develop an advanced breast cancer screening device using thermal imaging. It captures high-definition thermal images to support early diagnosis and improve patient outcomes.