From precision parts to intelligent assembly, it gives robots a dynamic “body” and intelligent “brain” by virtue of extreme precision. This not only reshapes the industrial landscape, but also opens up infinite possibilities for human-machine collaboration, driving science and technology to new heights.
Robot high-precision manufacturing paradigm from various aspects to promote the development of industrial intelligence, specifically as follows:
1.Enhance production precision and quality: It can achieve micron or even nanometer precision, reduce the rate of defective products and improve product consistency, such as the production of precision parts for automobile engines.
2.Improve production efficiency: can work 24 hours a day, complete tasks quickly and accurately, and realize efficient production processes through automated production line integration.
3.Enhance production flexibility: can quickly switch production tasks to adapt to the needs of multi-species, small batch production, such as 3C product production can be quickly adjusted.
4.Optimize Supply Chain Management: Precise production contributes to accurate inventory management and improves logistics and distribution accuracy and timeliness.
5.Promote data-driven decision-making: A large amount of data is generated in production, which can be analyzed to provide a basis for optimizing the production process, equipment maintenance, etc., and realize intelligent decision-making.
Post time: Mar-07-2025