Hardware talks about the types and characteristics of high-speed precision stamping parts for you 'Hardware'

High-speed precision stamping parts can be divided into electronic parts, IC integrated circuit lead frames, motor cores, electrical iron cores, heat exchanger fins, auto parts, home appliance parts, And other types, etc. The parts mainly include connecting devices, connectors, brush parts, electrical terminals, elastic parts, etc. IC integrated circuit lead frames mainly include discrete device lead frames and integrated circuit lead frames. High-speed precision stamping parts motor cores mainly include single-phase series motor cores, single-phase household motor cores, single-phase shaded pole motor cores, permanent magnet DC motor cores, industrial motor cores, plastic stator cores, etc. Electric appliance cores mainly include E-shaped transformer cores, EI-shaped transformer cores, I-shaped transformer cores, and other transformer core chips. Heat exchanger fins mainly include industrial heat exchanger fins, household heat exchanger fins, and automobile heat exchanger fins. Automobile parts mainly include automobile structural parts and automobile functional parts. Home appliance parts mainly include major appliance parts, such as color tube electron gun parts, and small household appliances parts, various structural parts and functional parts. Other types of parts mainly include instrument and meter parts, IT parts, acoustic and camera parts, modern office parts, and hardware. The technology of high-speed precision stamping parts has the characteristics of variety, material diversity, thin plate coils, large automated production batches, high precision, complex shapes, high technical content and high added value. Since the stamping speed varies with many factors such as the tonnage of the press, the length and number of strokes of the slider, the process structure of the product and the performance of the material, the speed and accuracy of the automatic feeding, it is difficult to use simple numbers as the boundary of each level. Therefore, the industry has not yet made a clear definition of the rapid change range of high-speed precision stamping presses.