Nombre del autor:Marketing Specular Vision

Discover how ISR’s cutting-edge OIT® 2D Glass Inspector revolutionizes quality assurance. Designed for automotive, architectural, and electronics sectors, this system detects glass defects with precision, automates processes, and enhances production efficiency.

Defect detection and classification with AI In industrial sectors, the presence of defective products is directly linked to several negative aspects, such as increased production costs, brand devaluation, compensation costs, among others. Therefore, one of the main priorities of any industry is to minimize the shipment of defective products. Many companies rely on ISR’s OIT

In today’s competitive automotive market, the interior of a vehicle is a critical factor in shaping consumer preferences. Decorative components, such as glossy trim pieces and luxurious finishes, play a key role in enhancing the perception of quality within the car. Traditionally inspected manually, these parts now require a more advanced, automated solution to meet

Industry Production The industrial landscape is fiercely competitive, a well-known fact in any sector. This competition drives companies to meticulously control time and cost, especially in the realm of mass production. Industrial production refers to the process by which raw materials are transformed through a series of controlled manufacturing processes into products that are produced

In the realm of steel production, ensuring the quality of every inch of material is a critical task. The demands for precision in detecting surface defects, such as rust, oxide, or edge imperfections, are stringent. The OIT Steel Inspector automates this complex process, providing an advanced solution for surface inspection. This article delves into the

This article defines the concept of Specular Zero, developed by ISR Specular Vision. This concept is born since ISR can automate the aesthetic inspection of components and parts with complex geometries, such as those produced by TIER 1 companies, improving both the digitization of quality control and the quality of the data generated. This level

Importance of quality control in steel industry Imagine you are stepping into the newly renovated Santiago Bernabéu stadium for the first time. The grandeur and modern design leave you in awe. As you take in the sleek, shiny stainless-steel panels that adorn the exterior, adding a touch of elegance and modernity to the iconic stadium,

Defectology, in the context of industrial production, refers to the systematic study, detection, and analysis of defects within manufacturing processes. It involves using advanced technologies and methodologies to identify and categorize these defects in different products. Our defects are not easy ones! The OIT systems characterize defects up to 0,1 mm. In this article we

Linear and matrix systems Anyone involved in the field of computer vision is well aware of the current trends and how the sector has evolved in recent years. Convolutional Neural Networks (CNNs) and Transfer Learning have become part of our daily conversations, allowing us to process images with hundreds of different approaches. Edge Computing is