The integration of cameras into our machines is a key element of modern automation, as it enables precise inspection, identification, and tracking of products in real time. For each application, we select the optimal combination of parameters—camera resolution, lens type and focal length, appropriate lighting, and the method of communication with the system. Thanks to our extensive experience from hundreds of implemented applications, we can design solutions tailored precisely to production requirements, whether for quality control, measurement, OCR, or tracking the position of parts. A properly selected camera increases process reliability, minimizes error rates, and improves the overall efficiency of the production line.
Camera systems enable reliable detection of surface defects, such as scratches, cracks, or contaminants, directly during production. Modern algorithms utilizing artificial intelligence can detect even very subtle deviations. In many applications, however, traditional image processing tools remain sufficient, providing a fast, stable, and cost-effective solution.
We equip our machines with camera systems that enable precise, non-contact measurement of dimensions directly during the manufacturing process. The cameras reliably measure edge distances, hole diameters, and part surfaces with high repeatability. This allows us to monitor quality, detect deviations, and ensure consistent results for every production operation.
OCR technology enables the automatic reading of text, numbers, and codes directly on parts during production. We equip our machines with cameras that reliably recognize markings even on small, curved, or low-contrast surfaces. OCR ensures unambiguous identification, verification of the correct part, and process traceability. As a result, we significantly reduce error rates and improve production stability.
Properly selected and installed lighting is essential for the reliable operation of machine vision tasks. The color of light—that is, its wavelength—affects both contrast and the legibility of details, and often benefits from the use of light outside the visible spectrum, such as infrared or UV. Equally important is the choice of lighting type: flood lighting for uniform illumination, spot lighting to highlight textures, or directional lighting to suppress glare. Light filtering using optical filters ensures proper transmittance and suppression of disruptive environmental influences. Mechanical placement, stability, intensity, and synchronization with the camera also play a key role, collectively determining the quality of the resulting image.
We are here for you! Our teams are ready to help you with any questions you may have.
We respond flexibly to your specific requirements and sudden changes in the project. Thanks to our dynamic team and effective management, we can quickly adapt the technical specifications of the lines to precisely meet your current needs.
We constantly monitor the latest trends and incorporate cutting-edge technologies into our solutions. We invest in R&D to provide you with machines that are smarter, more efficient, and ready for the future of Industry 4.0.
Our support doesn’t end with the delivery of the machine. We provide comprehensive training for your operators and maintenance staff. We’ll share all the necessary know-how so you can operate the new technology effectively and realize its full potential from day one.