Phoenix HDI, Camtek’s new generation of AOI systems, was designed to support high volume manufacturing of HDI and high-end PCB. It is capable to scan minimum 30 µm line/space width technology.
The system's new optical technology Microlight™ provides flexible light coverage by combining superior image with customizable detection requirements.
Equipped with the state-of-the-art image acquisition and advanced software capabilities, the Phoenix product family has proven exceptional detection combined with a well- balanced, non-critical defects rate.
Phoenix HDI is powered by Spark™ - an innovative cross-platform detection engine.
The Phoenix product family was designed to minimize setup time while marinating the highest throughput and significantly improving production quality and time.
FI - final inspection
+2DM - panel dimension stability
+2CD - critical dimension
CRS / PX - offline reference station
For additional information on our products, please contact us
More In Camtek PCB, IC Substrate & Touch Panel
The Phoenix, Camtek’s new generation AOI system, was designed to support high volume manufacturing of HDI and high-end PCB
Phoenix Maxima is Camtek's flagship model for IC Substrate market, the minimum line/space width that this system can scan is 10 µm. Phoenix Maxima has consistently been the best performing AOI at IC Substrate manufacturers, allowing Camtek to become the preferred AOI supplier in this market.
Phoenix Micro is an ultra-high resolution AOI designed for the inspection of complex IC Substrates with the capability of scanning 7 µm line/space width.
Phoenix R2R has been specifically design for R2R (Reel-to-Reel) process with capabilities to scan down to 25 µm line/space width products. Thanks to its flexible configuration, compatibility with the wide range of R2R automation solutions and both online and offline verification options, Phoenix R2R is currently the best selling AOI solution for R2R PCB market.
Phoenix PT is specially designed for main-stream Large Area Masks (LAM) and artwork inspection. It offers
unparalleled detection ability on LAM with down to 25 μm line/space width technology.