北京工业大学王智勇教授

金竟科技董事长潘娟

At the acceptance ceremony, Professor Wang Zhiyong, Vice Dean of the Institute of Laser Engineering and Director of the Institute of Advanced Semiconductor Optoelectronic Technology at Beijing Institute of Technology, and Associate Researcher Yang Feng highly praised Goldenscope Technology: within the tight delivery cycle, the company efficiently completed the full process delivery of equipment, demonstrating good service capabilities and confirming the excellent performance of domestic equipment. Ms. Pan Juan, Chairman of Goldenscope Technology, stated in her speech that the success of the project is attributed to the collaboration between both parties, and Goldenscope Technology will continue to provide customers with higher quality products and services.

培训现场及设备现场安装完成图

金竟科技Pharos 310所曝光图形

During the equipment acceptance process, both parties engage in in-depth discussions on the technical details, operational procedures, and service guarantees of the equipment. The after-sales service manager of Goldenscope Technology provided a detailed report on the installation and debugging process of the project. The senior process engineer from the application department presented the overview and acceptance data of the electron beam exposure machine. After rigorous testing, all indicators of the Pharos 310 equipment have reached or even exceeded the expected targets.

金竟科技董事长潘娟

Under the witness of all parties, representatives from the school and enterprise officially signed the acceptance documents, marking the formal delivery of the equipment.

金竟科技·产品介绍

金竟科技Pharos 310电子束曝光机

The Pharos 310 electron beam exposure machine product is independently developed by Goldenscope Technology, and its functional configuration and core technical indicators are comparable to the international first-class level, filling the gap in domestic commercial electron beam exposure machine equipment. The product has entered the stage of small-scale production and has been delivered to multiple users, providing key technical support for cutting-edge technologies such as quantum technology and integrated circuits, and achieving the goal of using independent scientific instruments to solve major basic research problems.