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Height measurement system (HMS)This system automatically measures the component height in the tape or stick at the pick position and saves the data in the placement program, thus increasing pick-up reliability and further reducing set-up time. |
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Easy-of-use improved by automatic component measurementComponent data can be completed entering just approximate dimensions, type and packaging information. The exact dimensions and lead count/pitch are measured by the machine and automatically entered into the component data. |
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High rigidity and low vibrationThe machine frame is formed from a single casting for which special materials were selected to grant vibration-free operation. This technology is unique to the SMT industry, it supports high speed and provides outstanding accuracy over the life cycle of the system.
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Fast and preciseDual axis motor drives provide maximum acceleration. The closed loop positioning system with 2µm resolution linear encoders assure maximum positional accuracy. The system is resistant to dust and temperature changes. Z and Theta movements are controlled individually for each axis.
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Ease of operationThe operating software provides a clear and simple menu structure that quickly enables the operator to easily control and program the system. Desktop icons facilitate the rapid access to all relevant parameters and the touch panel provides further ease of use. |
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Time saving and flexibleTape feeders can be prepared and loaded to off-line trolleys while production is running. An innovative trolley design allows a complete changeover to be conducted in less than 30 seconds. Our high precision single feeder concept offers maximum flexibility that results in a highly efficient placement rate with an absolutely minimal component loss. |
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Reliable identification of fiducial marksIn order to provide repeatable identification of fiducial marks even on flex-circuits and ceramic substrates the lighting system has been enhanced. The new system uses multiple lighting angles where light intensity can be programmed individually. |
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