Precision transmission facilitates intelligent Manufacturing Upgrade: The application of Dingge EGC Synchronous Belt Slide Module in Semiconductor Equipment

In the highly precise field of semiconductor manufacturing, the performance of each transmission component directly affects production efficiency and product quality In the manufacturing process of semiconductor equipment, precision linear transmission and positioning technology are of vital importance, directly affecting the accuracy and yield of chip production. As an important component of industrial automation transmission elements, synchronous belt slide module is playing an increasingly significant role in the semiconductor equipment industry due to its unique performance advantages The EGC series synchronous belt slide module launched by Dongguan Dingge Automation Equipment Co., Ltd. is an innovative product designed to meet the high-precision and high-speed requirements of the semiconductor industry

Precision transmission, meeting the special requirements of semiconductors

The manufacturing of semiconductor equipment has extremely strict requirements for motion control systems, which need to meet high standards in terms of precision, speed and stability simultaneously The Dingge EGC series synchronous belt slide module adopts a precise transmission design. It drives the driving wheel to rotate through a servo motor or a stepper motor. By meshing the synchronous belt with the pulley, the rotational motion is converted into stable linear motion The built-in tension adjustment device of this module can adjust the tightness of the synchronous belt in real time, effectively preventing slippage and ensuring the stability and reliability of power transmission In terms of structural design, the module consists of five core systems: The power system adopts high-performance servo motors to ensure operating speed and positioning accuracy; The transmission system is composed of precision synchronous belts and pulleys. The guiding system achieves high-precision linear motion through linear guides and sliders The performance and key parameters are outstanding For semiconductor equipment, the load capacity, accuracy and stroke of the module are the core considerations during selection The Dingge EGC series synchronous belt slide module performs exceptionally well in terms of load capacity, ranging from 1 to 20 kilograms. This range covers most of the load requirements in semiconductor equipment, from wafer transfer to precision assembly In terms of accuracy indicators, this module demonstrates excellent performance, with a repeat positioning accuracy of ±0.1mm (within a stroke of 1 meter). Such precision ensures the accuracy of positioning during the semiconductor production process, providing a guarantee for high-quality production In terms of travel, this module has significant advantages, with an effective travel range of 1 to 4000mm. The long-stroke feature makes it particularly suitable for application scenarios in semiconductor equipment that require large-scale movement, such as the transfer of materials among multiple workstations Meanwhile, the operating speed of this module can reach up to 3000mm/s, and its acceleration can reach 5G, meeting the semiconductor industry's demand for high efficiency production

The cost-performance advantage helps reduce costs and increase efficiency for semiconductor equipment

In terms of cost performance, the Dingge EGC series synchronous belt modules have demonstrated obvious advantages. As an original manufacturer, Dingge adopts a direct sales model, which can reduce costs by approximately 50% compared to imported electric cylinder modules Through large-scale production and automated mass production, the company has controlled production costs while ensuring quality, enabling semiconductor equipment manufacturers to obtain high-quality transmission solutions at more reasonable prices With the continuous upgrading of semiconductor industry technology, the requirements for automated transmission components will also increase day by day. The Dingge EGC series synchronous belt slide module, with its high precision, high speed, long service life and excellent cost performance, is becoming one of the solutions worth paying attention to in the semiconductor equipment manufacturing field