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目前显示的是 三月, 2023的博文

In addition to SMT machines, more SMT Peripheral Equipment you need to know?

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SMT peripheral equipment refers to the machinery and tools used in support of surface mount technology (SMT) assembly. These peripheral equipment perform a variety of functions to prepare components, solder paste, and circuit boards for assembly, as well as to inspect and test the final product. Common examples of SMT peripheral equipment include: 1. Solder paste stencil printer: A machine that applies solder paste to circuit boards using a stencil to ensure precise and consistent application. 2. The Linkage Conveyor is a continuous conveyor system that uses a series of linked conveyors to move materials and products along a production line. It consists of a series of interconnected sections that are powered by a central drive unit. The system can be configured to suit specific production needs, with different section lengths, widths, and heights available. The Linkage Conveyor can also be integrated with other manufacturing equipment, such as robots and inspection systems, to create ...

Reducing the cost and time needed to produce electronic products? What you need is SMT machine.

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SMT machines, or Surface Mount Technology Machines, are essential equipment used in the electronics manufacturing industry to mount electronic components onto printed circuit boards. They automate the process of component placement, providing high accuracy and precision while reducing the cost and time needed to produce electronic products. SMT machines consist of:  SMT machines typically consist of a pick-and-place machine, a reflow oven, and an inspection machine. The pick-and-place machine picks up electronic components from their feeders and places them on the circuit board. The reflow oven then melts the solder on the board to connect the components, and the inspection machine verifies the quality of the connection. The Parameters of SMT Machines: Advantages of SMT (Surface Mount Technology) machines: ‧ High accuracy and precision in component placement. ‧ Consistency in assembly. ‧ Greater flexibility in handling a wide range of component sizes and shapes. ‧ Improved producti...