Events

Digital inkjet printing wire & cable provides manufacturers with productivity advantages including variable data, fast changeover & indelible printing at top line speeds. However, material properties, contamination, ink/material compatibility & durability requirements create challenges. Fortunately, a trilogy of suppliers have worked together to develop repeatable solutions for printing on a...

Swept Source Optical Coherence Tomography (SS-OCT) system performance is primarily determined by the rapid tuning speed and wide tuning bandwidth of the swept laser source as well as the capabilities of the data acquisition (DAQ) electronics such as sampling rate, data interface bandwidth, and on-board signal processing capabilities. Effectively integrating...

LED illumination for fluorescence microscopy systems has progressed significantly from a time when LED sources had low optical power and a limited range of wavelengths. While the benefits of LED technology drew interest, the limitations prevented large-scale adoption. Advances in the semiconductor industry have now been able to eliminate many...

From laser levels and surveying equipment to advanced robotics, range finders, ADAS and LiDAR mapping systems, today’s products demand enhanced vision components with innovative performance, robust designs and added value engineering. In this webinar, we discuss how next-generation Pulsed Laser Diode emitters and high-performance Avalanche Photodiode sensors empower the vision...

Microscope designs are moving toward larger field-of-view and larger image circles to capture more information with the recording of a single image. For that reason, camera manufacturers are designing and creating new scientific cameras with larger image sensors and diagonals as well. Proper selection of pixel size according to the...

This presentation explores individual trends in lidar emitters and how they are advancing the performance and adoption of automotive lidar systems. Branko Petrov explains how edge-emitter lasers remain the most commonly deployed lidar sources today, despite mounting competition with VCSELs. Meanwhile, higher-density monolithic laser arrays are enabling lidar systems with...

Faraday Isolators date back to 1845 when Michael Faraday discovered the magneto-optical effect when studying the influence of a magnetic field on plane-polarized light waves. This effect became fundamentally important with the invention of the laser. A basic principle of laser operation is stimulated emission which poses a challenge with...

In modern industrial inspection applications, accurate quality control and increased throughput are essential for cost-effective inspection. The increasing demand to resolve finer details, which results in a small depth of field, necessitates the need to quickly and accurately focus on your target. These requirements tend to drive complex system design...

Choosing a lens with so many lens and accessory options available can sometimes be overwhelming, time consuming and confusing and may even result in selecting a lens that may not be optimal for your machine vision application. In this webinar, we will demonstrate how the new MachVis OnLine Lens Configurator...

When it comes to low-power human recognition, pyroelectric passive IR sensors have proven to be the most optimal solution. With the proper lens design, motion can be easily detected over several tens of meters. However, designing a lens into a thin device is a real challenge. Capacitive sensors and proximity...

When choosing lenses for your machine vision application, there are many options of lenses and accessories to consider. Choosing a lens can be overwhelming, time consuming and confusing and may even result in a lens that is not best suited for your application. This webinar will demonstrate how MachVis 5.3...

Optomechanical setups can be designed to be compact and stable, while ensuring traceability of the optical system. With the ability to integrate additional optical and mechanical components, a multitude of optomechanical set ups become possible to meet specific experimental needs. During this webinar we will feature the LINOS Microbench –...

From laser levels and surveying equipment, to advanced robotics, range finders and LiDAR mapping systems, today’s products demand enhanced vision components with innovative performance, robust designs and added value engineering. Excelitas next-generation Pulsed Laser Diode Emitters and high-performance Avalanche Photodiode sensors empower the vision of tomorrow by extending range, reducing...

Optical Coherence Tomography (OCT) is an interferometric laser-based ranging modality which has dramatically impacted patient care in medical applications, but also has growing recognition as a valuable tool for industrial applications including PCB inspection, additive manufacturing, laser welding, and 3D metrology. Register below to view this webinar recording to learn...

Pyroelectric sensors comprise of a material which is not only highly sensitive to thermal changes but will also pick up mechanical and electro-magnetic distortions. The latter can be very frustrating since in many cases, it arises only in the last stage of product design and may require major changes. This...

Despite emerging new technologies, the advantages of passive infra-red sensors are unsurpassed. Especially in the field of battery-operated devices, there are currently no alternatives on the market which only activate when a person is detected or present. During this webinar, we will provide an update of the latest trends and...

The Excelitas Cermax Xenon lamp revolutionized the medical lighting world upon its introduction, and continues to be the preferred light source for high brightness, true color applications. This webinar will discuss the revolutionary technology and benefits of high-intensity, perfect-white light output for medical illumination, including Cermax technology innovations past and...

Optical Coherence Tomography (OCT) is an interferometric laser-based ranging modality which has dramatically impacted patient care in medical applications, but also has growing recognition as a valuable tool for industrial applications including PCB inspection, additive manufacturing, laser welding, and 3D metrology. OCT is non-destructive and high-resolution like CT imaging, but...

Inherent to every imaging application is a unique set of parameters requiring optimization to increase the success rate of the task at hand. The range of parameters is often large and it is not always effective to optimize through simulations alone. In addition, full product development cycles can be costly...

Before the advent of modern medicine, ultraviolet germicidal irradiation (UVGI) was used as both a treatment and a preventive measure for a variety of diseases. Regardless of the final process, the science behind killing the microorganism is the same; UV energy damages the DNA of the microorganism, rendering it unable...

Fluorescence imaging in life sciences and microscopy applications has traditionally used mercury, metal halide, and xenon arc lamps for illumination. With advances in technology, LEDs are now able to replace arc lamps. In addition to delivering enhanced image quality and cost savings, LEDs are mercury-free, thus reducing toxic waste. Recording...

Digital inkjet printing wire & cable provides manufacturers with productivity advantages. However, material properties, contamination, ink/material compatibility & durability requirements create challenges. Join experts from Excelitas, Gem Gravure, and Enercon in a webinar that will cover how to overcome these challenges and optimize adhesion for wire and cable marking.

The COVID-19 virus has been rapidly spreading across the globe. One of the most common symptoms of the infection is fever, which manifests itself in an elevated facial skin temperature. Using non-contact technology to quickly identify people with elevated skin temperatures is essential.