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Instrument Development

Quality First

The spectral instrument workshop covers an area of 3000 square meters. The spectrometer production line has the strongest domestic product research and development, production, and after-sales service capabilities, as well as a batch of analytical instrument products with independent intellectual property rights, such as the "Domestic Good Instrument" spark direct reading spectrometer Lab Spark series, the world's first OPA metal in-situ analyzer series, and the leading domestic direct reading spectrometer SparkCCD series products. As a leader in Chinese spectrometers, Gangyannake has been tracking international advanced technology and has established long-term cooperation with three spectral manufacturers in Europe and America. With a strong foundation in development and application, advanced manufacturing technology, and years of international cooperation experience, it has created a comprehensive research and development and after-sales service system. The NCS Jiangsu Testing Technology Research Institute Co., Ltd. is a wholly-owned subsidiary of The NCS Testing Technology Co., Ltd.

The spectrum workshop has now become the largest and most technologically advanced spectrometer research and production base in China. The operational techniques and activities adopted to meet quality requirements are called quality control. The direct reading spectrometer, inductively coupled plasma spectrometer, inductively coupled plasma mass spectrometer, carbon sulfur analyzer, oxygen nitrogen hydrogen analyzer, food heavy metal detector, and soil heavy metal detector produced by the company have undergone strict quality testing to eliminate the factors that cause disqualification or unsatisfactory effect at all stages of the quality environment. Quality control is to monitor the quality formation process. Various quality operation techniques and activities adopted to meet quality requirements and achieve economic benefits. The competition between any enterprise cannot be separated from the competition of "product quality". Without excellent product quality, enterprises will eventually disappear in the wave of market economy.

In the field of enterprises, quality control activities mainly refer to the internal production site management of the enterprise, which is not related to the existence of contracts. It refers to the activities of controlling technical and management measures to achieve and maintain quality. Quality inspection belongs to quality control and is an important activity of quality control. Internationally, quality control objects can be set up with "witness points" or "stop points" based on their importance and supervisory control requirements. Witness points and hold points are both quality control points, and their operational procedures and supervision requirements vary due to their importance or varying degrees of impact on quality outcomes

The status of quality monitoring in the production process in product quality control. Since the 1990s, the theory of quality control has undergone significant changes. Modern quality engineering technology divides quality control into several stages, and quality control in the product development and design stage is called quality design. In manufacturing, it is necessary to monitor the production process. This stage is called the quality monitoring stage. Sampling inspection to control quality is a traditional quality control method, known as post quality control. Among the above stages, the most important is quality design, followed by quality monitoring, and once again, post quality control. For production processes with lower quality levels, post inspection is essential, but quality control should be the source of control, and prevention should be carried out as early as possible. The post inspection control should be gradually abolished. In fact, some enterprises in developed countries have already cancelled post inspection. In summary, process monitoring is a key source of product quality control.

To ensure product quality, it is necessary to strengthen the quality control of the production process. Quality control is the operational techniques and activities adopted to meet quality requirements. Its purpose is to monitor the process and eliminate factors that lead to dissatisfaction at all stages of the quality cycle, in order to ensure product quality. Whether it is a component product or a final product, their quality can be described by the fluctuation of quality characteristics around the design target value. If the fluctuation is smaller, the quality level is higher. When each quality characteristic value reaches the design target value, i.e. the fluctuation is zero, the quality of the product reaches the highest level.

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