Used SMIC MPF-2003ST #9203278 for sale

Manufacturer
SMIC
Model
MPF-2003ST
ID: 9203278
Vintage: 2008
Selective wave soldering machine 2008 vintage.
SMIC MPF-2003ST is a surface mount technology (SMT) pick-and-place machine designed and manufactured by the Shanghai Microelectronics Equipment Company (SMEC). The device is equipped with a four-axis gimbal system, enabling it to pick up and place components with accuracy and repeatability in a three-dimensional space. MPF-2003ST supports a variety of applications, including rigid printed circuit boards (PCBs), chip-on-board (COB) packages and flip chips. SMIC MPF-2003ST features a top-mounted feeder subsystem with four independent, interchangeable feeder mechanisms. This allows components to be sorted and positioned within the placement area for greater efficiency. The machine also comes with an integrated machine vision system that allows the system to detect components based on unique 3D characteristics for precise placement. MPF-2003ST features a user-friendly interface that includes a 7-inch touch-sensitive LCD display. This display provides easy-to-understand user controls and real-time visual feedback to guide the placement process and increase productivity. Additionally, SMIC MPF-2003ST's advanced software allows users to customize settings for different parts and design requirements. MPF-2003ST has a maximum component size of 20mm x 20mm. The machine's maximum placement rate is up to 15,000 components per hour, and it has an accuracy of 0.1mm for components up to 12.5mm. The device's offline programming capability allows multiple machines to be controlled from a single source, which allows users to reduce manual labor and increase production. Overall, SMIC MPF-2003ST is a reliable and advanced pick-and-place machine designed to meet the needs of high-volume production lines in the electronics industry. The machine's features, such as its easy-to-use interface, versatile feeder subsystem and offline programming capability make it an ideal choice for achieving high accuracy and repeatability in SMT production.
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