Automation equipment is an automated production equipment that meets the requirements of use and ensures high productivity. It is also a necessary path for modern enterprises. Transforming traditional manual operations into mechanized standard operations is the development path of automation equipment. However, in order to judge whether an automation equipment can meet the needs of users, its characteristics and technical performance make the evaluation criteria of automation equipment.
1. Characteristics of automation equipment:
The biggest original intention of automation equipment is to reduce labor intensity, improve working conditions, and hand over some work that cannot be done by individuals to machines. With the continuous development of science and technology, automation equipment has gradually developed towards non-standard customization. From the original single industry that can rely on automated production, it has now developed into multiple industries from the whole industry. With the continuous improvement of labor wages, non-standard automation is no longer just to reduce labor intensity. Now more companies are saving labor wages, reducing labor costs, and improving product production efficiency. It has become the main development factor of automation equipment.
2. Performance of automation equipment.
1. Stability of movement: Automation equipment has sufficient strength and rigidity to maintain the specified motion accuracy.
2. Reliability: The ability of equipment to complete or maintain its specified work under specified conditions and within a specified time is called reliability. The lower the failure rate, the higher the reliability rate.
3. Technical performance of automation equipment.
1. It has a certain flexibility and can adapt to a certain range of product specifications and varieties.
2. It has a reasonable degree of automation. It should be considered comprehensively according to needs and possibilities, and should not blindly pursue advancement without specific conditions.
3. Implement standardization, generalization and serialization.
4. Simple structure, easy manufacturing and low cost.
5. High productivity, high efficiency and low energy consumption.
6. Save materials, especially precious and scarce metal materials.
Summary: With the development of science and technology and the continuous improvement of people's living standards, automation equipment has gradually entered the production workshops of major industries. As technology develops, non-standard automation will surely become the main production tool for future production enterprises. The traditional assembly line supported by manpower will slowly disappear.
