In the era of rapid development of science and technology, the laboratory is the core place for scientific research and quality testing. The progressiveness and reliability of its equipment are directly related to the accuracy of experimental results and the efficiency of scientific research.
1. Acceptance of hydraulic universal testing machine
The hydraulic universal testing machine is widely used for testing the mechanical properties of materials due to its powerful functions and stable performance. At the acceptance site, the appearance design of the equipment left a deep impression on people, with a sturdy and durable body structure and a finely processed surface, showcasing the texture of high-end equipment. Opening the equipment, the layout of the internal precision hydraulic system and control system is reasonable, and every detail demonstrates the exquisite manufacturing process.
The acceptance work is strictly carried out in accordance with the specifications. Firstly, the appearance of the equipment is inspected to confirm that there is no damage, no loose fasteners, and no oil leakage in the hydraulic system. Subsequently, entering the performance testing phase, technicians conduct comprehensive testing of the equipment's performance within the specified range through simulation experiments. During the experiment, the equipment operated smoothly, the fixtures were firmly clamped, the samples did not slip, and all technical parameters met the design requirements. The control system is sensitive and reliable, capable of accurately controlling the experimental process, and the data collection is accurate and error free. Finally, after rigorous testing and inspection, the hydraulic universal testing machine passed the acceptance smoothly, and its excellent performance was unanimously recognized by the experts and users present.
2.Acceptance of impact testing machine
As a key equipment for testing the impact performance of materials, the accuracy and stability of impact testing machines are crucial. The acceptance work starts with checking the stiffness and stability of the equipment to ensure that it can meet the requirements of high-precision testing. The control system is the core of the impact testing machine. During the acceptance process, technicians repeatedly tested the accuracy of the control system to ensure that it can accurately control the impact speed and energy.
Strictly follow the standard requirements during the installation and testing of the test samples. After the sample is firmly installed, the technicians set the parameters according to the test requirements and start the impact test. During the experiment, the equipment operated stably and the protective devices were reliable, effectively ensuring the safety of the testing personnel. Through the analysis of experimental data, the calculated parameters such as impact strength and absorbed energy are accurate and fully comply with relevant standard requirements. In the end, the impact testing machine, with its excellent performance and stability, passed the acceptance smoothly, providing strong support for the material testing work in the laboratory.
The acceptance work of the complete set of laboratory equipment this time is not only an inspection of equipment quality, but also a comprehensive improvement of the overall testing capability of the laboratory. The successful acceptance of the hydraulic universal testing machine and impact testing machine marks a new milestone in the laboratory's testing of material mechanical properties. The deployment of these advanced equipment will greatly improve the testing efficiency and data accuracy of the laboratory, providing a more solid technical guarantee for scientific research and product quality testing.
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