The ASM CPP Component Sensor (Part No. 03037106) is a component identification sensor designed specifically for the CPP (Component Pick Process) placement head used in ASMPT SIPLACE pick-and-place machines. As a core detection component within the CPP module, it is responsible for the precise identification and pick verification of components during high-speed placement, ensuring the reliability of the component pickup status at the nozzle. Common variants include those with suffixes such as S04 and S07, all compatible with the ASM series of placement machines. Manufactured in Austria, this precision optical/sensing component weighs approximately 200 grams. As an original equipment manufacturer (OEM) spare part, its operational status directly impacts the placement yield of the CPP head—whether in "Collect," "Pick," or mixed modes. It is essential to keep the lens clean and perform regular calibration to prevent identification errors or increased component rejection rates (mis-picks/waste) caused by contamination or aging. The ASM CPP Component Sensor (Part No. 03037106) is a component identification sensor designed specifically for the CPP (Component Pick Process) placement head used in ASMPT SIPLACE pick-and-place machines. As a core detection component within the CPP module, it is responsible for the precise identification and pick verification of components during high-speed placement, ensuring the reliability of the component pickup status at the nozzle. Common variants include those with suffixes such as S04 and S07, all compatible with the ASM series of placement machines. Manufactured in Austria, this precision optical/sensing component weighs approximately 200 grams. As an original equipment manufacturer (OEM) spare part, its operational status directly impacts the placement yield of the CPP head—whether in "Collect," "Pick," or mixed modes. It is essential to keep the lens clean and perform regular calibration to prevent identification errors or increased component rejection rates (mis-picks/waste) caused by contamination or aging.
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