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A good example of this is the new bearing verification load test machine recently launched by UNASIS International Ltd, which is the professional custom bearing and tool manufacturing department of the CARTER MANUFACTURING group of companies. The machine was originally developed for the aerospace industry for load testing of spherical plain bearing applications on airframe structures, landing gear, door systems, and engine supports. The machine enables users to control the application with incredible precision The amount of load on the bearing to meet the most demanding process specifications. The traditional method of using hydraulic bench presses has its limitations, the most important of which is the inability to control the acceleration and deceleration rates that have gradually become OEM process specifications. The bearing verification load machine can accurately increase the axial static load applied to the bearing at a speed of 1% per second, and generate high-precision data with an accuracy of +/- 0.1% of the full scale and a displacement resolution of +/- 0.01% . This ensures a more accurate and reliable system for users to verify the integrity of their bearing housing components. The new testing machine is designed to be an integral part of the mass production process, providing users with the best repeatability, minimized risk and significant time savings. After the customer program development supported by Carter Manufacturing, and supplemented by operation training with step-by-step instruction videos, low-skilled workers can quickly use the machine. This is important in light of the current supply chain issues affecting global manufacturing, because it means that users can better control their operations by having proven and extremely accurate internal testing capabilities. In addition to verifying load tests, the machine can also be programmed to operate as a precision tensile testing machine, so it has the flexibility of a multifunctional system and is highly suitable for other applications such as casing installation and strain measurement. By meeting the needs of major manufacturers Boeing and Airbus, the system's success and its ability to meet the stringent aerospace specifications originally developed. For example, it complies with Boeing's BAC5435, NAS0331 specifications, Airbus's AIPS and AIPI03-03-012, and Bombardier's BAPS 175 series, as well as many other recognized specifications. The machine is also perfectly matched to key suspension bearings in the racing industry, and has also been proven to be essential for validating bearing components for space exploration vehicles and other spacecraft systems. 

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