Stemmer Imaging specializes in machine vision and imaging technologies, offering products like cameras, vision software, and image processing systems. The company supports industries like manufacturing, robotics, and medical devices, focusing on precision and innovation. Stemmer integrates AI-driven image analytics, IoT-enabled vision platforms, and customized imaging solutions to optimize quality control, enhance automation, and support advanced industrial applications.
With the development of its SenSWIR sensors, Sony has laid a milestone for the future expansion of SWIR imaging: Thanks to the cutting-edge InGaAs sensor architecture, images in both the visible and invisible short-wave infrared light spectrum can be captured simultaneously for the first time. At the same time, the sensors set new standards in terms of pixel size and image homogeneity.
In heavily frequented areas, it is becoming more and more important to identify movement patterns. This data can be used to optimise the layout of spaces and regulate the flow of people in order to increase safety or reduce waiting times.
In Q1 2021, the revolutionary new Zivid Two 3D camera will be available from STEMMER IMAGING. The Zivid Two is a natural successor to the industry-leading Zivid One+ range of cameras.
JAI’s Sweep+ prism-based colour line scan cameras combine high colour fidelity with best in class resolution along with high-speed data transmission over long distances for a wide range of applications.
STEMMER IMAGING extends its camera portfolio to include a new series of powerful USB3 cameras ideal for outside environments due to features such as advanced P-Iris functionality.
The University of Leoben in Austria has developed a robust image recording system to analyse the rock and monitor the construction progress as well as for geological documentation during tunnelling, using machine vision components from STEMMER IMAGING.
With BioRam®, CellTool has developed a Raman microscope system that allows to identify and characterize cells without labelling – solely based on interaction of photons with biomolecules of a cell. The recorded Raman spectra are as unique as a fingerprint.
Each year we welcome over 2000 people to the training sessions and education events offered by the European Imaging Academy across many countries in Europe.
Prototyping is an important part of developing machine vision solutions. In addition to allowing developers to explore and learn about the problem in hand, it enables interim solutions to be presented to a customer or stakeholder to make sure everything is going in the right direction. In this way, everyone can see how the proposed solution would work and understand how a project is progressing with the added benefit that a better estimation of time and cost for the final solution can be provided.