In June, with the efforts of the Scientific and Technical Complex of the National Aerospace Committee, a semi-automatic device for monitoring the electrical parameters of products of the Institute of Planetary Instrumentation and the Space and Rocket Systems Corporation was installed in workshop No. 36. The project was led by the chief engineer of the Experimental Design Bureau “Indicator”.
The installation of this device marks an important step in ensuring the quality and reliability of electrical components in the production process. With the constant improvements and advancements in technology, the aerospace industry requires rigorous testing and monitoring of its products to meet the highest standards.
The newly installed device is designed to conduct tests and measurements of electrical parameters in a controlled and normalized environment. This will greatly enhance the precision and accuracy in detecting any potential defects or flaws in the products. The device is specifically calibrated to operate under normal climate conditions, providing reliable results that can be compared to established standards.
One of the key advantages of this device is its semi-automatic system, which significantly reduces the labor and time needed for testing. With the previous manual methods, engineers had to spend a considerable amount of time and effort to conduct the tests. The new system automates this process, allowing for more efficient use of time and resources.
The development and implementation of this device were made possible by the dedicated efforts of the team at OKTB “Indicator”. The team, under the leadership of the chief engineer, worked tirelessly to design and create a device that would meet the specific requirements of the aerospace industry. Their expertise and knowledge in the field played a crucial role in the success of this project.
The device has already been put to use in the production process, and initial results have been promising. The precision and accuracy of the measurements have greatly improved, decreasing the margin of error in detecting defects. This will ultimately lead to a significant increase in the quality and reliability of the final products.
The National Aerospace Committee and its Scientific and Technical Complex have always been at the forefront of promoting technological advancements and innovations in the aerospace industry. The installation of this device is a testament to their continuous efforts in improving the quality and reliability of aerospace products.
In conclusion, the semi-automatic device for monitoring electrical parameters in workshop No. 36 is a groundbreaking achievement for the aerospace industry. With the support and active involvement of the National Aerospace Committee and the expertise of OKTB “Indicator”, this project has set a new standard for the quality control of electrical components in the aerospace industry. The future looks promising, with more advancements and improvements on the horizon.
