The AG-9800 spectrometer from Agway helps with quality control in multiple industries, and customer practice demonstrates technical strength

In the wave of high-quality development in the manufacturing industry, precise and efficient material analysis is the core link of quality control. AG-9800 full spectrum spark direct reading spectrometer, developed and manufactured by AGSWEI with deep expertise in technology accumulation and innovation, has successfully served numerous customers in casting, smelting, machinery, aerospace, environmental protection, university research and other fields. Its stable and reliable performance has won widespread recognition in the market.

A large machinery manufacturing enterprise is a domestic component supplier, and its products are widely used in fields such as engineering machinery and automobile manufacturing. It has strict requirements for the accuracy and efficiency of element content analysis of raw materials and finished products. Previously, the company used traditional analytical equipment, which had problems such as long detection cycles and poor data repeatability, making it difficult to meet the quality control needs of large-scale production. After comparing multiple similar products, the company ultimately chose to introduce the AG-9800 full spectrum spark direct reading spectrometer from Agway for daily quality inspection and material grade identification of ferrous and non-ferrous metal alloys.

The AG-9800 full spectrum spark direct reading spectrometer adopts international standard design and manufacturing processes, equipped with a vacuum optical chamber and a fully digital excitation light source, combined with a CCD detector and high-speed data readout system, to achieve full spectrum acquisition in the wavelength range of 120-900nm. In response to the testing needs of the machinery manufacturing enterprise, the instrument can accurately analyze the content of elements such as C, Si, Mn, P, S, Ni, Cr in various materials such as pig iron, cast iron, cast steel, aluminum alloy, copper alloy, etc. The testing process can be completed in only 10-30 seconds, greatly improving the testing efficiency. At the same time, the dual spark combination discharge technology and dual gas path excitation device equipped on the instrument ensure the stability of sample excitation. Combined with 16 channel high-precision CCD and 16 bit single pixel prime to analog conversion technology, low detection line and excellent repeatability are achieved, providing reliable data support for product quality.

In practical applications, the open sample stage design of AG-9800 allows enterprises to flexibly handle samples of different specifications, while the stainless steel excitation platform ensures the durability of the equipment. The all Chinese operating software is simple and easy to use, supporting functions such as automatic data collection, working curve fitting, multi-point control sample calibration, etc. Staff can quickly get started with the operation; The test results can be flexibly printed, saved, and transmitted over long distances, making it convenient for enterprises to manage and trace data. In addition, the intermittent vacuum control device of the instrument can maintain a vacuum state for more than 3 hours after pumping for 3-5 minutes, effectively avoiding oil and gas pollution and reducing equipment maintenance costs.

The person in charge of the machinery manufacturing enterprise stated, "After introducing the AG-9800 spectrometer from AGSWEI, our material analysis efficiency has significantly improved, and the accuracy and consistency of the detection data have also been significantly improved. This not only meets the needs of daily quality control, but also provides reliable technical support for product development. Agway's professional technical team also provides comprehensive installation, debugging, and operation training services, and the follow-up after-sales service response is also very timely, making us very confident in using it. ”

In addition to the field of mechanical manufacturing, the AG-9800 full spectrum spark direct reading spectrometer has also shown excellent performance in aerospace material testing, university research experiments, and rapid analysis in the smelting industry. A research team from a certain university used this instrument to conduct a study on the composition of special metal alloys, and its high-precision detection capability provided a guarantee for the accuracy of scientific research data; A certain smelting enterprise has achieved rapid analysis in front of the furnace and timely adjustment of the smelting process through this instrument, effectively improving the product qualification rate.