PHOTOLITICS OOD - Innovating Visionary Sensor Solutions

PHOTOLITICS OOD pioneers in CMOS sensor development, microelectronics, and machine vision systems tailored for industrial and medical applications. Explore how our cutting-edge photonics and integrated circuit designs drive the future of technology. Partner with us to elevate your device capabilities with precision and innovation.

Meadow F7 Micro connected to a Motion Sensor

Innovating Visionary Sensor Solutions

Development of intelligent machine vision systems for automated inspection and quality control in industrial environments.

Samples processing in lab. Transport to analyzer. 

Machine Vision Systems

Innovative microelectronics solutions for enhancing device functionality and integration in complex systems.

Microelectronics Engineering

Design and fabrication of advanced CMOS sensors tailored for high-performance industrial and medical imaging applications.

CMOS Sensor Development

Creation of precise and reliable imaging devices to improve diagnostics and patient care in medical fields.

A computer-assisted tomographic (CAT) scanner

Medical Imaging Devices

Custom integrated circuit design services to optimize performance and efficiency in electronic devices.

A low exposure photograph of an unsoldered Printed Circuit Board (PCB) with ENIG (Gold) finish.

Integrated Circuit Design

Advanced photonics research and product development to support cutting-edge optical communication and sensing.

Photonics Technology

Our Services at PHOTOLITICS OOD

A prototype silicon wafer at the basis of the creation of our computer circuits

Computer chips on a plain paper background

Gallery

This is a microprocessor chip photographed with a macro lens and extension tube. 

Discover the future of technology today!

Contact

Email: <a target="_blank" rel="noopener noreferrer nofollow" href="mailto:contact@photolitics-ood.com">contact@photolitics-ood.com</a> Phone: +359 898787307

This is a macro of a silicon wafer. Each square is a chip with microscopic transistors and circuits. Ordinarily, wafers like these are diced into their individual chips and the chips go into the processors that power our computers. Sometimes, wafers have flaws and the manufacturers dispose of them instead. That’s how I got mine. After visiting the tech museums in Silicon Valley, I was amazed at the beauty of silicon wafers, so I started collecting and photographing them. Like fractals and flowers, the closer you get to them, the more amazing details there are to see.