Biomedical Department
Innovating Human–Machine Interfaces & Advanced Healthcare Technologies
EEG Brain-Computer Interface Systems
Designed and built systems that enable game control, quadcopter flight & navigation, and computer mouse control using only brain signals.
EOG Eye-Signal Mouse Control
Precise computer cursor control powered by electrooculography (eye movement signals).
EMG-Controlled Robotic Arm
A robotic arm that users can operate through electromyographic (muscle) signals.
Breath-Controlled Typing for ALS Patients
A communication aid that allows individuals with ALS to type and interact using breathing patterns.
Biofeedback Devices
Custom-designed and manufactured biofeedback systems for real-time physiological monitoring and training.
Hospital & Clinic Design and Equipping
Complete design, planning, and equipping solutions for hospitals and medical clinics.
About the Biomedical Department of Sahi Rasa Co.
Specialized Expertise in Signal & Image Processing
The Biomedical Engineering Department of Sahi Rasa specializes in vital signal processing and medical image processing, positioning itself as a capable hub for advancing cutting-edge healthcare technologies. Drawing on up-to-date scientific knowledge, hands-on experience with high-tech projects, and a rigorous science-to-practice approach, the department is ready to collaborate with research centers, universities, hospitals, and technology companies—delivering specialized services in the design, development, and implementation of innovative solutions for both commercial and scientific partners.
Measurable Results Across Innovation, Delivery & Collaboration
From advanced medical devices and high-tech projects to clinic equipping, consulting, patents, awards, and capital raised these figures reflect Sahi Rasa commitment to scientific excellence and real-world impact in biomedical engineering.
Press Coverage & Media Reports
on the Sahi Rasa Team
VIWA: COMPUTER INTERFACE DEVICE FOR PARALYZED PEOPLE USING BREATH PRESSURE
The VIWA system has been developed to provide computer access for paralyzed people. The system detects the users’ breath pressure with an electrical board and translates it to the location coordinates in computer display screen. The user navigates mouse cursor by specifying the coordination of x and y. A graphical keyboard has been designed to provide text-entry ability with text-to-speech embedded feature. The system is platform-independent and can be run in every client side devices.
SIMULATION OF COLOURED HUMAN EYE VISION
Post-Launch Interview
Unveiling Our Innovative Project Structure, Interface, Integration & Future Vision
Biosignal-Controlled Quadcopter
Interpreting Brain Signals for Navigation, Camera Control & Live EEG Gaming (2016)
TV Exclusive Report
Live Open-Air Quadcopter Test in Harsh Weather Conditions + Laboratory Interview
Our Best Service
Advanced Engineering Services for Healthcare Excellence
Engineering & Technical Consulting
Expert engineering and technical advisory services tailored to medical technology challenges, regulatory compliance, and optimized system performance.
Image & Signal Processing Systems
Design and development of advanced systems based on medical image processing and biomedical signal analysis for diagnostic and monitoring applications.
Hospital Equipment Design & Manufacturing
Custom design, engineering, and production of specialized medical and hospital equipment built to high quality and safety standards.
Hospital & Clinic Equipping
Complete planning, supply, installation, and commissioning of medical equipment and systems for hospitals and clinics.