09,22,2026 15 views
Recently, the technical service team of Hangzhou Shuangse Intelligent Instrument Testing Co., Ltd. successfully completed the on-site debugging of the integrating ball equipment with professional technical capabilities and efficient and high-quality services, further consolidating the cooperation between the two parties and demonstrating our company's strength in the field of optical testing. As an influential enterprise in the industry, demand response and rapid action require precision and stability of integrating ball equipment in the research and production process of optical products. Recently, the company has introduced a new batch of integrating ball equipment, but encountered some technical difficulties during the installation and initial debugging process, resulting in the equipment being unable to achieve the expected measurement accuracy. After learning about the customer's difficulties, our company immediately activated the customer response mechanism and formed a professional service team consisting of senior optical engineers, electronic technology experts, and after-sales service specialists, who quickly rushed to the customer site. After professional diagnosis and precise implementation at the customer's factory, the service team immediately put into work. The optical engineers in the team, with their rich experience and solid professional knowledge, conducted a comprehensive and detailed inspection of the optical system of the integrating sphere equipment. They use high-precision optical measuring instruments to detect key optical parameters such as the uniformity of the reflectivity of the inner wall of the integrating sphere and the coupling efficiency of the light source one by one, without missing any subtle deviations. Electronic technology experts focus on the electrical control system of equipment, conducting in-depth inspections of power modules, signal transmission lines, and control software to ensure the stability and reliability of the electrical system. After several hours of rigorous testing and analysis, the service team accurately identified the problem: on the one hand, the inner wall of the integrating sphere was slightly impacted during transportation, resulting in slight changes in local reflectivity and affecting the uniformity of light; On the other hand, there is a certain deviation between the control software parameter settings of the equipment and the actual usage environment on site, which makes it difficult for the equipment to accurately respond to operational instructions during operation. In response to these issues, the service team quickly developed detailed solutions: for the problem of the inner wall of the integrating sphere, professional optical coating repair technology was used to finely repair the damaged area, restoring its reflectivity to the standard level; In response to software parameter issues, personalized adjustments and optimizations will be made to the control software based on the actual on-site situation and customer usage needs. Efficient debugging achieved significant results. After determining the solution, the service team worked tirelessly to carry out the debugging work. The engineer responsible for optical repair carefully carries out the repair operation on the inner wall of the integrating sphere, with each action being precise and accurate, ensuring that the repaired inner wall not only meets the reflectivity standard, but also has a smooth and flat surface, without affecting the transmission and reflection effect of light. At the same time, software debugging engineers are fully focused on modifying control software parameters and optimizing programs in front of the computer. They continuously conduct simulation testing and actual operation verification, adjust parameters in real time based on test results, and strive to match software and hardware implementation. After a whole day of intense work, the debugging of the integrating ball equipment was successfully completed. After comprehensive testing again, all optical parameters and electrical performance indicators of the equipment have reached or even exceeded the factory standards. In order to ensure that customers can use the equipment with confidence, the service team also conducted multiple simulation testing experiments on site, demonstrating the optical measurement performance of the integrating sphere from different angles and under different light source conditions. The test results show that the optical measurement accuracy of the device has been significantly improved, and the measurement stability has also been significantly enhancedCustomer's production and research and development needs.
The customer acknowledges and continues to provide excellent performance after seeing the equipment resume normal operation. The customer's technical and management personnel highly praised the professional ability and dedication of our service team. The customer stated, "The service team has demonstrated professional competence and service level. They not only quickly solved our equipment problems, but also provided us with detailed equipment usage and maintenance training, giving us confidence in our future production work. Choosing to cooperate is a very correct decision." The success of this on-site debugging service not only solved practical problems for the customer, but also accumulated valuable service experience for our company. In the future development, we will always adhere to the concept of "professionalism, focus, and service first", continuously improve our technical strength and service level, provide more high-quality, efficient, and thoughtful optical testing equipment and technical services to our customers, help them innovate and develop in the field of optics, and jointly promote the progress and prosperity of the industry. We also look forward to working together with more customers to create a better future.
