Used SIEMENS Siplace D1 #293815092 for sale

SIEMENS Siplace D1 is a high-speed pick and place equipment used in the production of printed circuit boards. It is designed for efficient and precise assembly of components ranging from small 0402 parts to large connectors. The system includes three component handling systems and a cutting and placement device. The component feeders provide the user with a wide range of component types and sizes, including 0402 through 32.4mm components. They use a feeder unit to briefly move a component away from the component storage area and onto a component transport belt to be placed onto the printed circuit board. The component feeder machine can store up to two thousand components at once and rapidly provide them according to component type and size. The component transport belt transports components from the component feeders to the cutting and placement device. The belt has a number of adjustable settings to ensure safe and accurate component placement. The belt can move at high speeds up to 12,000 components per hour and has an accuracy of +/- 0.1mm per component. The cutting and placement device is designed to work with both standard and small component sizes. It has four rotary cutting axes and is capable of cutting over 2,500 components per hour with an accuracy of 0.001mm. It can accurately handle small components such as 0402 parts and can also cut through a large component such component with a length of up to 40mm. The tool also features an integrated vision asset which helps with the placement of components with high accuracy. The vision model can identify components based on their size, shape and color, and then place them on the printed circuit board using a three-axis equipment. Siplace D1 is a powerful and versatile system for the efficient and precise assembly of printed circuit boards. It is easy to set up and use, and provides a range of component handling and placement capabilities. In addition, the integrated vision unit ensures highly precise placement of components. As a result, it is an ideal solution for efficient and accurate assembly of printed circuit boards.