Search results for "FLIR"
Sensor technologies drive growth opportunities
Next-generation sensors are poised to influence the smartphone and wearables market. Though increased intelligence, ease of integration, real-time integration, and miniaturisation features may drive opportunities, data privacy and security remain key factors hindering widespread adoption. Advancements in sensors are creating opportunities for sensor manufactures to explore a wide range of applications enabling the research and development boom in...
Fast frame rates feature on broadband IR camera
Cooled MWIR detector technology and compact handheld design feature on the GF335 Broadband Infrared Camera from FLIR Systems. The combination provides a portable, highly sensitive infrared camera with fast frame rates. The GF335 is a high sensitivity, low noise, cooled thermal camera that excels at detecting faint heat signatures. It is well suited to a wide range of applications, including use on test ranges, non-destructive testing, research, a...
FLIR Systems to acquire Point Grey Research for $253m
FLIR Systems announced that it has reached a definitive asset purchase agreement to acquire the business of Point Grey Research for approximately $253 million in cash.Founded in 1997 and based in Richmond, British Columbia, Point Grey is a global leader in the development of advanced visible imaging cameras and solutions that are used in industrial automation systems, medical diagnostic equipment, people counting systems, intelligent traffic syst...
High image resolution price promotion in demonstration of pixel power
FLIR Systems are offering its customers high image resolution for the same price in a promotion to demonstrate pixel power. That means it's now possible to buy a FLIR E6 for the price of a FLIR E5 and a FLIR E5 for the price of a FLIR E4. FLIR Systems regognises that pixel numbers are important in thermal imaging. The more there are, the clearer the thermal picture and the easier the diagnosis.
Thermal imaging camera shows up PCB component hot spots
A leading Dutch embedded electronics specialist – 3T - is using a FLIR thermal imaging camera to detect hot spots of less than 125 x 125 microns in size that may indicate a PCB component is likely to fail. When something goes wrong in a PCB, whether it is improper soldering of a circuit or a failing component, the PCB will heat up.
Acquisition expands company’s presence in machine vision
Reaching a definitive asset purchase agreement, FLIR systems have acquired the business of Point Grey Research for approximately $253m.Founded in 1997 Point Grey is a company in the development of advanced visible imaging cameras and solutions that are used in industrial automation systems, medical diagnostic equipment, people counting systems, intelligent traffic systems, military and defence products, and advanced mapping systems.
electronica 2016: Student Day sponsor offers maker lab kit
As part of its electronica 2016 presence, Digi-Key Electronics will again be a sponsor during Student Day on Friday, November 11. Student Day is a chance for engineering students to learn about the electronics industry, hear from industry experts, and network with their peers.
Robust design enhances thermal imaging temperature sensors
Major upgrades have been made to the A35 and A65 thermal imaging temperature sensors for continuous automated processes by Flir Systems. With a more robust design and extended temperature ranges, the sensors provide enhanced features at a better price. The models are also the only thermal imaging temperature sensors on the market to provide standard compatibility with GigE Vision image transfer and GenICam.
iBook guide published on Optical Gas Imaging
A free dynamic iBook version of the popular Optical Gas Imaging (OGI) professional guide for use on Apple iPad/iPhone devices, has been published by FLIR Systems.
Detecting temperature differences on PCB components
FLIR Systems announces a new applications article that describes how leading Dutch embedded electronics specialist – 3T is using a FLIR thermal imaging camera to detect hot spots of less than 125 x 125 microns in size that may indicate a PCB component is likely to fail.When something goes wrong in a PCB, whether it is improper soldering of a circuit or a failing component, the PCB will heat up.