AVI
Automated Final/Visual Inspection (AFI/AVI)
IC Substrates (strips): 4 - 10 micron line/space
IC Substrates Strips Inspection
Capricorn 4Cχ
Capricorn 4Cχ, CIMS latest generation AVI system, equipped with color camera, is designed for final inspection of next generation IC Substrates. It is capable to scan down to 4 µm line/space (1 μm optical pixel size) width technology.
Capricorn 5Cχ
Capricorn 5Cχ, CIMS latest generation AVI system, equipped with color camera, is designed for final inspection of highly advanced IC Substrates. It is capable to scan down to 5 µm line/space (1.6 μm optical pixel size) width technology.
Capricorn 8Cχ
Capricorn 8Cχ, CIMS latest generation AVI system, equipped with color camera, is designed for final inspection of advanced IC Substrates. It is capable to scan down to 8 µm line/space (2.2 μm optical pixel size) width technology.
Verification Systems
SVS 4μ
SVS 4μ, CIMS AVI verification station, powered by Sprint™, is designed for verification of IC Substrates strips scanned with AVI systems. It is optimized for verification of 4 ~ 8 µm line/fingers width technology.
SVS 5μ
SVS 5μ, CIMS AVI verification station, powered by Sprint™, is designed for verification of IC Substrates strips scanned with AVI systems. It is optimized for verification of 5 ~ 8 µm line/fingers width technology.
SVS 8μ
SVS 8μ, CIMS AVI verification station, powered by Sprint™, is designed for verification of IC Substrates strips scanned with AVI systems. It is optimized for verification of 8 ~ 12 µm line/fingers width technology.
IC Substrates (strips): 10 - 15 micron line/space
IC Substrates Strips Inspection
Capricorn 10Cχ
Capricorn 10Cχ, CIMS latest generation AVI system, equipped with color camera, is designed for final inspection of advanced IC Substrates. It is capable to scan down to 10 µm line/space (2.9 μm optical pixel size) width technology.
Capricorn 15Cχ
Capricorn 15Cχ, CIMS latest generation AVI system, equipped with color camera, is designed for final inspection of standard IC Substrates. It is capable to scan down to 15 µm line/space (3.8 μm optical pixel size) width technology.
Verification Systems
SVS 10µ
SVS 10µ, CIMS AVI verification station, powered by Sprint™, is designed for verification of IC Substrates strips scanned with AVI systems. It is optimized for verification of 10 ~ 18 µm line/fingers width technology.
SVS 15µ
SVS 15µ, CIMS AVI verification station, powered by Sprint™, is designed for verification of IC Substrates strips scanned with AVI systems. It is optimized for verification of 15 ~ 25 µm line/fingers width technology.
IC Substrates panels final inspection: 5 - 25 micron line/space
IC Substrates Panel Inspection
Galaxy Fi 5Cχ
Galaxy Fi 5Cχ, is a panel based final inspection system for highly advanced IC Substrates and ultra fine line HDI, equipped with color camera and is designed to scan down to 5 µm line/space width technology.
Galaxy Fi 7Cχ
Galaxy Fi 7Cχ, is a panel based final inspection system for advanced IC Substrates and ultra fine line HDI, equipped with color camera and is designed to scan down to 7 µm line/space width technology.
Galaxy Fi 10Cχ
Galaxy Fi 10Cχ, is a panel based final inspection system for advanced IC Substrates and ultra fine line HDI, equipped with color camera and is designed to scan down to 10 µm line/space width technology.
Verification Systems
CVR 100 Fi
CVR 100 Fi, CIMS verification station, is designed for verification of finished boards of high-end HDI and IC Substrates. It is optimized for verification of 10 ~ 30 µm line/space width technology.
PCB panel final inspection: 15 - 100 micron line/space
PCB Panel Final Inspection
Galaxy Fi 15Cμ
Galaxy Fi 15Cμ, is a panel based final inspection system for standard IC Substrates, HDI and MLB PCB, equipped with color camera and is designed to scan down to 15 µm line/space width technology.
Verification Systems
CVR 100 Fi
CVR 100 Fi, CIMS verification station, is designed for verification of finished boards of high-end HDI and IC Substrates. It is optimized for verification of 10 ~ 30 µm line/space width technology.