Products In Action

Blog博客ブログ
Posted: Mon, June 24, 2019
Author: Hubert Kostal, Ph.D. |

Today, customers expect flawless electronic devices right out of the box. Scratched, dented, and otherwise flawed products can result in damage to your brand reputation and future business. How can you ensure consistent visual quality, i.e., the cosmetic appearance, of delivered products? New photometry-based cosmetic surface inspection approaches are helping spot defects and ensure device quality.


Blog博客ブログ
Posted: Mon, March 18, 2019
Author: Anne Corning |

Automotive lighting and displays have come a long way. They're essential to the functionality, safety, and driving experience of every vehicle. Designers and manufacturers have continued to push technology forward with innovations like adaptive LED headlights, HUD displays, and integrated camera systems. Ensuring the quality and performance of automotive lighting and displays requires sophisticated test and measurement approaches.


Blog博客ブログ
Posted: Mon, December 17, 2018
Author: Anne Corning |

From computer keyboards to movie theaters, from car dashboards to airplane fasten-seatbelt signs, backlit symbols are all around us. A backlit sign is illuminated by a light source that is placed behind a stenciled  surface that allows light to shine through, creating illuminated text and symbols. LIght and color measurement systems from Radiant help manufacturers ensure that backlit devices and signs are clear and visibleespecially in cars and aricraft, where they convey key safety information.


Blog博客ブログ
Posted: Tue, October 2, 2018
Author: Shaina Warner |

Luminator Aerospace performs extensive light and color measurement tests on aircraft products such as exit signs, fasten seatbelt signs, lavatory signs, and other signage. In this case study, learn how Luminator revolutionized their testing times to increase throughput while maintaining consist product quality using Radiant ProMetric® Imaging Colorimeters.


Blog博客ブログ
Posted: Mon, July 23, 2018
Author: Anne Corning |

Tiny assembly defectssuch as a missing screw or misrouted cable can cause big problems in electromechanical devices. From production line waste and rework to latent failures that create warrenty claims and customer dissatisfaction, assembly inspection is critical with today's high-value devices. Learn how photometry-based systems can provide the benefits of automation (e.g., speed and repeatability) with the visual acuity of human inspection for an effectiveand cost-effective—assembly verification solution.


Molex logo
Blog博客ブログ
Posted: Mon, May 7, 2018
Author: Anne Corning |

Learn how one company is helping automakers connect people with their cars, using Radient colorimeters to support the development of illuminated USB connectivity modules. With the ProMetric® I Imaging Colorimeter, Molex can captures all required data points on illuminated components at once to quickly and accurately identify hot spots and nonuniformity for design adjustment. 


Blog博客ブログ
Posted: Mon, April 9, 2018
Author: Anne Corning |

Photometry-based imaging systems—like Radiant’s INSPECT.assembly™ solution—now offer superior inspection capabilities for high-precision assembly verification: visual detection capabilities that match or exceed the acuity of human inspectors, with the speed, repeatability, and quantifiable data of automated machine vision systems.


Blog博客ブログ
Posted: Mon, February 12, 2018
Author: Anne Corning |

While machine vision systems are sufficient for many types of inspections tasksand offer benefits of quantifiable, actionable data—the downside is that they just aren’t suited to high-precision, low-contrast, and challenging assembly verification. To fill the gap, human inspectors are still widely used when their discernment, visual acuity, and ability to detect and judge unexpected defects is required to ensure product quality. A new inspection solution option is now available for these kinds of challenging inspection tasks, that offers the speed and repeatability of machine vision with the visual discernment of the human eye.