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That's great news for Mr. Pan Zhengqiang and Linmi Company! Earning a master's degree often signifies a high level of expertise in one's field, which can bring numerous benefits to both the individual and their organization. With his advanced degree, Mr. Pan may find new opportunities to innovate and lead within Linmi Company, potentially driving growth and success for the business. Congratulations to Mr. Pan on this achievement! If you have any more specific questions or need further information, feel free to ask.

In the heart of autumn, when the moon is full and luminous, our company gathered for an annual tradition that has become more than just a celebration, it's a testament to our shared values, our collective spirit, and our unwavering commitment to each other and our endeavors. This year, under the enchanting glow of the Mid-Autumn Festival, we embarked on a journey to celebrate unity, tradition, and innovation at our company feast. The evening began with heartfelt speeches from our leadership team, highlighting the achievements of the past months and expressing gratitude for the dedication and hard work of every individual. It was a moment of reflection, acknowledging the challenges faced and the victories celebrated, all while looking forward to the future with optimism and determination. Games and activities were set up to foster teamwork and creativity. A traditional Chinese calligraphy session invited participants to express their artistic side, while a dragon boat race simulation brought out the competitive spirit in a fun and engaging way. These activities not only provided entertainment but also underscored the importance of collaboration and the value of learning from each other. This year's company feast was not just a celebration of the Mid-Autumn Festival; it was a celebration of our collective spirit, our ability to overcome challenges, and our relentless pursuit of excellence. As we bid farewell to the festivities, we carry with us the memories of this magical night, inspired to continue our journey together, united by our common goals and strengthened by our shared experiences.

Quality is the lifeline of an enterprise, is the lifeblood and soul of an enterprise, in order to further standardize the company's business processes, form a model of standardized operation and standardized management. Suzhou Linmi Precision Machinery began to implement the ISO9001 quality management system at the beginning of 2024, and passed the ISO9001 authentication in August of the same year. Passing ISO9001 authentication proves the company's own strength on the one hand, and on the other hand, it is a spur for the company's future growth. We will further optimize and standardize the management system, continuously improve the effectiveness of the system operation, continuously improve the company's management level, and jointly promote the rapid development of the company. Passing the ISO9001 authentication is an affirmation of the company, indicating that the company has reached international standards in the integration of various management systems, and indicating that the company can continue to steadily improve customer expectations and satisfactory qualified products. Our general manager emphasized that the ISO9001 quality management system is conducive to enhancing the company's strength and comprehensively improving the company's management level, which is of far-reaching and important significance for the company's sustainable development. He asked all employees of the company to to fully implement PDCA cycle management, continuously improve the management system, and truly improve the level and quality of enterprise services.

The mechanical processing process refers to the process of transforming raw materials or blanks into finished or semi-finished products through a series of mechanical processing steps. This process usually includes the following steps: one Creating a process roadmap: Based on the size, shape, and precision requirements of the workpiece, design a reasonable process roadmap and machining procedures. two Produce machining workpiece drawings: Determine the shape, size, and accuracy requirements of the machining workpiece based on the process roadmap, and then draw the machining workpiece drawings. three Arrange the CNC machining process: Based on the workpiece drawing, determine the machining method, tool size, axial parameters, cutting parameters and other information, and arrange the CNC machining process. four Numerical Control Machining: According to the arranged numerical control machining process, operate the numerical control machine tool to carry out machining. five Inspection after processing: Check the processed workpiece according to the given accuracy requirements to ensure that it meets the accuracy requirement 2. The machining process specification is one of the process documents that specifies the machining process and operating methods of parts. It is a document that, under specific production conditions, writes the more reasonable process and operating methods in the prescribed form, and after approval, guides production. The mechanical processing technology specification generally includes the following contents: the process route of workpiece processing, the specific content of each process and the equipment and process equipment used, the inspection items and methods of workpieces, cutting parameters, time quotas, etc. The machining process is the process directly related to the transformation of raw materials into products during the production process. It includes blank manufacturing, part processing, heat treatment, quality inspection, and machine assembly. To ensure the normal operation of the process, the manufacturing of cutting tools and fixtures, as well as the adjustment and maintenance of machine tools, are considered auxiliary processes. The process of gradually changing the shape, size, relative position, and performance of the blank in a certain order using mechanical processing methods until it becomes a qualified part is called mechanical processing process 3. Technicians determine the adopted process based on the quantity of products, equipment conditions, and worker quality, and write the relevant content into process documents, which are called Process Regulations 1. In order to facilitate the preparation, implementation, and production organization management of process specifications, it is necessary to divide the process into different levels of units. They are processes, installations, workstations, steps, and cutting tools. The process is the fundamental unit in the manufacturing process. The mechanical machining process of parts consists of several steps. In a process, there may be one or several installations, each installation may include one or several workstations, each workstation may include one or several work steps, and each work step may include one or several blade walks. During the machining process, it is necessary to continuously inspect and measure the workpiece to ensure the accuracy of the machining

The mechanical processing process refers to the process of transforming raw materials or blanks into finished or semi-finished products through a series of mechanical processing steps. This process usually includes the following steps: one Creating a process roadmap: Based on the size, shape, and precision requirements of the workpiece, design a reasonable process roadmap and machining procedures. two Produce machining workpiece drawings: Determine the shape, size, and accuracy requirements of the machining workpiece based on the process roadmap, and then draw the machining workpiece drawings. three Arrange the CNC machining process: Based on the workpiece drawing, determine the machining method, tool size, axial parameters, cutting parameters and other information, and arrange the CNC machining process. four Numerical Control Machining: According to the arranged numerical control machining process, operate the numerical control machine tool to carry out machining. five Inspection after processing: Check the processed workpiece according to the given accuracy requirements to ensure that it meets the accuracy requirement 2. The machining process specification is one of the process documents that specifies the machining process and operating methods of parts. It is a document that, under specific production conditions, writes the more reasonable process and operating methods in the prescribed form, and after approval, guides production. The mechanical processing technology specification generally includes the following contents: the process route of workpiece processing, the specific content of each process and the equipment and process equipment used, the inspection items and methods of workpieces, cutting parameters, time quotas, etc. The machining process is the process directly related to the transformation of raw materials into products during the production process. It includes blank manufacturing, part processing, heat treatment, quality inspection, and machine assembly. To ensure the normal operation of the process, the manufacturing of cutting tools and fixtures, as well as the adjustment and maintenance of machine tools, are considered auxiliary processes. The process of gradually changing the shape, size, relative position, and performance of the blank in a certain order using mechanical processing methods until it becomes a qualified part is called mechanical processing process 3. Technicians determine the adopted process based on the quantity of products, equipment conditions, and worker quality, and write the relevant content into process documents, which are called Process Regulations 1. In order to facilitate the preparation, implementation, and production organization management of process specifications, it is necessary to divide the process into different levels of units. They are processes, installations, workstations, steps, and cutting tools. The process is the fundamental unit in the manufacturing process. The mechanical machining process of parts consists of several steps. In a process, there may be one or several installations, each installation may include one or several workstations, each workstation may include one or several work steps, and each work step may include one or several blade walks. During the machining process, it is necessary to continuously inspect and measure the workpiece to ensure the accuracy of the machining