How to Properly Measure Thermal Image Drift in 2D Cameras
The Importance of Accurate Thermal Drift MeasurementsIn precision imaging applications, even minor temperature variations can cause significant distortions in captured images. This phenomenon, known as thermal image drift, is the result of thermal expansion affecting the optical and mechanical components of a camera system. To ensure reliable performance in machine vision, scientific imaging,
Athermalized Recognized by WUT Experts – Presentation to PolSV Investors!
I am proud to announce that the Athermalized technology has been recognized by a panel of experts from the Warsaw University of Technology and selected for presentation to PolSV investors! This is a significant achievement and a major milestone in the development of our project, which focuses on temperature compensation of image drift
Second 3D print
We decided to expand our knowledge of metal 3D printing technology and commissioned prints of the same test specimens from Spes3D. This time we also evaluated the repeatability of 3D printing, as well as the impact of different part orientations in the printer's workspace. Material: 304 stainless steel powder.
First 3D print
One of the project's goals is to create a suspension that maintains thermal degrees of freedom for the PCB with a CMOS sensor. The suspension will be manufactured using metal powder 3D printing technology. This is a specific manufacturing technique where the part is created additively through selective laser sintering of metal powder
What is temperature-induced image drift in cameras?
In the field of optical engineering, cameras are essential tools used in areas such as machine vision, autonomous vehicles, medical imaging, and security systems. Their precision depends not only on advanced technology but also on the stability of the environment in which they operate. One of the biggest challenges in this regard is