How to understand the application characteristics of the technical performance of non-standard automated equipment

Non-standard automated equipment also belongs to the non-standard automation industry, but its manufacturing is not as simple as that of standard equipment. Non-standard automated equipment is a type of customized automated technology equipment based on customer satisfaction. It is custom-designed and tailored to the processing requirements of the client, offering convenient, flexible, and versatile operation. Its functions can be added according to customer specifications, providing a large degree of customization. It is commonly found in industries such as industrial manufacturing, electronics, medical, and aerospace. In recent years, with the continuous development of market demand, more and more companies have begun to enter this industry.

In other words, non-standard automated information system integration equipment is customized by customers and not available on the market. It is assembled from modular equipment manufactured according to unified national standards and specifications, and is designed and developed based on the customer's specific needs. Even for the same type of customer, their processing requirements may differ, and the equipment's appearance or performance may not be listed in the national equipment product catalog. Non-standard automated equipment, physically speaking, is a mechanical production device. Defined as a series of specific movements, it is highly customized based on the environment, manufacturing type, and manufacturing stage. Therefore, even non-standard equipment of the same type and function can have different appearances and specifications.

Application Characteristics and Technical Performance of Non-standard Automated Equipment

Application Characteristics of Non-standard Automated Equipment

Stable movement: It possesses sufficient strength and bending stiffness to maintain the required movement accuracy; Reliability: The ability of the equipment to perform or maintain its required work under required conditions and within required time is called reliability. The lower the failure rate, the higher the reliability; Product quality reliability; Wear resistance of processing precision; Adaptability to the environment; Convenient application and maintenance; Easy and safe use.

Technical Performance of Non-standard Automated Equipment

Possesses a certain degree of coordination ability, capable of adapting to the requirements of product models and types within a certain range; Possesses an effective level of non-standard automation. We must fully consider necessity and probability, and not blindly pursue innovation without considering specific conditions; implement standardization, practicality and universality; simple structure, easy and low-cost manufacturing; high production efficiency, low energy consumption; save raw materials, especially precious and rare metal composite materials; reduce labor efficiency, improve labor standards, avoid environmental pollution, pay attention to technical aesthetics, and create civilized manufacturing standards.