Excelitas Technologies is a global technology leader focused on delivering innovative, high-performance photonic solutions to a wide range of industries. With a comprehensive portfolio of products and expertise in photonics technology, Excelitas serves customers in the biomedical, scientific, industrial, and defense markets. The company's offerings include advanced optoelectronics, sensors, light sources, and customized photonic systems that enable applications such as medical diagnostics, DNA sequencing, and precision measurement. Excelitas is committed to driving technological advancements and has a strong track record of developing cutting-edge solutions to address complex challenges across various industries. As a trusted partner for photonics solutions, Excelitas continues to play a pivotal role in advancing critical technologies and empowering customers to achieve their goals through the use of light-based technologies.
Machine vision lighting devices are designed to deliver consistent and uniform light levels across specific surface areas at predetermined heights, catering to the needs of imaging systems. These lighting devices come in various configurations, each tailored for specific applications and requirements. When considering machine vision lighting devices, it's crucial to take into account the intended coverage area and the designated height at which the lighting will operate. Different lighting configurations are available, including backlights, bar lights, coaxial lights, dome lights, box lights, ring lights, square lights, and spotlight lights. Each configuration serves distinct purposes and is suitable for different imaging tasks. Additionally, these lighting devices are available in a variety of colors, such as blue, infrared, red, ultraviolet, and white, providing flexibility to address diverse application needs. Power ratings also play a significant role in the selection of machine vision lighting devices. These ratings typically range from 900mW to 43W, reflecting the amount of power the lighting device consumes or delivers. The appropriate power rating should be chosen based on the specific illumination requirements of the imaging system and the desired level of brightness and contrast in the captured images. In summary, machine vision lighting devices are specifically engineered to ensure consistent and uniform light levels across defined surface areas at specified heights within imaging systems. With various lighting configurations, color options, and power ratings available, users can select the most suitable lighting devices to meet their specific application needs, ultimately contributing to enhanced image quality and accurate analysis in machine vision applications.