极速168一分钟赛车InfraTec®官方网站开奖记录体彩查询结果号码历史

From prototype to series production, lock-in thermography is a proven method for analysing electronic components. In our free online event, you'll discover how to detect defects like hotspots, short circuits or soldering issues – making it a powerful tool for R&D, quality assurance and process monitoring. The session is available on demand after registration.

The use of 极速168一分钟赛车InfraTec®官方网站开奖记录体彩查询结果号码历史 cameras offers great potential for quality assurance and monitoring in industry. This online event will give you an insight into the key aspects of automating these processes.

InfraTec's online events give you the opportunity to learn more about the possibilities of 168赛车体彩统一开奖直播结果、168一分钟赛车_历史记录询结果号码预测 thermography in your demanding field of activity in a concentrated form. Meet colleagues for professional exchange and get to know innovative product news as well as system solutions from InfraTec.

The new ImageIR® 9800 is the ideal device for high-resolution thermographic measurements of highly dynamic processes, even at low object temperatures. The radiometrically calibrated infrared camera operates in the long-wave atmospheric window (LWIR). Thanks to a cooled focal plane array photon detector with (1,280 × 1,024) IR pixels and a pixel pitch of 12 µm. It delivers razor-sharp images and distortion-free sequences even with short integration times or at low radiation intensity.

Active 168赛车体彩统一开奖直播结果、168一分钟赛车_历史记录询结果号码预测 thermography in combination with high-resolution 极速168一分钟赛车InfraTec®官方网站开奖记录体彩查询结果号码历史 cameras is an elegant testing method to analyse measuring objects in a non-contact and non-destructive manner. As an optical measurement method, it enables fast defect detection and quality assurance – nearly regardless of the object material.

Infrared thermography offers precise temperature measurement in various wavelength ranges such as short wave infrared (SWIR), mid wave infrared (MWIR) and long wave infrared (LWIR) of a wide range of materials.

2026-01-17 - 2026-01-18
San Francisco, USA

2026-01-20 - 2026-01-22
San Francisco, USA

2026-03-09 - 2026-03-12
San Jose, USA