Advancements in laser measurement technology and the adoption of IO-Link communication are making complex inspections easier, more reliable, and more cost-effective.
Fast, reliable error-proofing is essential to ensuring consistent throughput without sacrificing quality. Manual quality inspections are often tedious and prone to error, and complicated vision systems can be expensive and time-consuming to implement.
In the early 2000 era, companies were happy just to have a website. Then the emergence of cloud-based applications driven by web browser technologies brought about SAAS (software as a service), and the business environment underwent a paradigm shift toward digital infrastructure—one that could improve production and increase profit.
You diligently worked up the proposal. You were conservative in estimating material and labor, and you won the job. What could possibly go wrong? Twenty weeks later, a profit and loss report, dripping in red ink, lands on your desk, and your boss wants to see you in his office. Where did the profits go?
USB is the most prevalent method to connect computers and peripheral devices. Taking a survey of my desk there are a multitude of devices—a smartphone, headphones, a camera, mouse and keyboard—that rely on a USB connection.
Thanks in large part to its ease of use, USB dominates consumer-to-computer connectivity applications and is being rapidly adopted across other markets.
2017 was a milestone year for the North American robotics market as it surpassed previous high water marks in all four statistical categories: order units, order revenue, shipment units, and shipment revenue.
Nortech Systems Incorporated expanded capabilities at its manufacturing facility in Suzhou, Jiangsu, China, to support its regional machine vision technology customers.
A wide range of single-purpose point sensors such as proximity sensors, lasers and photocells have long played a key role in virtually all factory automation systems by detecting the presence of parts or assemblies, performing measurements, and identifying colors.