Medical
Pioneering Precision in Patient Care
At Presco, we specialize in medical device product design and development, providing comprehensive engineering solutions for medical devices. Our team is dedicated to transforming your medical innovations into market-ready products with a focus on collaborative development and bespoke innovation.
Our capabilities extend across the entire development lifecycle, from initial medical device design to product testing and validation. With our robust turnkey manufacturing processes, we ensure a smooth transition from concept to market launch, setting new standards of quality in the medical sector.
Trust Presco for reliable medical device contract engineering and manufacturing and partner with us to deliver exceptional patient outcomes through innovative medical products.
Next Gen Smart Tracking
Ocular Prosthesis
Presco is working with Memorial Sloan Kettering Cancer Center, a world-leading cancer institute, to develop an ocular prosthesis with an electronic display that displays a realistic image to match the remaining biological eye.
Current prosthetic eyes can have a good appearance in photographs, but have limited or no movement and therefore do not appear realistic when the patient attempts to move his or her eyes. Also, conventional prostheses do not have pupils that respond to light. Therefore, such prostheses are a daily reminder of an obvious deformity and lead to insecurity of the patient, a reluctance to be seen in public, a feeling of inferiority, and unhappiness.
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Orientation Sensor Implementation: Designed to precisely identify muscle locations, enhancing the prosthesis's realistic eye movement.
Infrared Beacon: Wirelessly powered within the prosthesis for accurate triangulation by optical detectors.
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Ultra-Sensitive Optical Detectors: A 21-detector array triangulates the infrared beacon, ensuring accurate positioning and movement.
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Microprocessor and Driver: A tiny 2x2 mm microprocessor paired with a display driver, central to processing and display functionality.
Power Management: Includes a compact battery, an efficient charger, and wireless charging receiver circuitry, all within the prosthesis’s limited space.