Flexible manufacturing technology, computer integrated manufacturing technology and information technology.
Flexible manufacturing technology, also known as flexible integrated manufacturing technology, is the collective name of modern advanced manufacturing technology. Flexible manufacturing technology set automation technology, information technology and production processing technology in one, the previous factory enterprises in isolation from each other in the process of engineering design, manufacturing, management and other processes, in the computer and its software and database support, constitute an organic system covering the entire enterprise.
CIMS is the abbreviation of English Computer Integrated Manufacturing System, which means Computer Integrated Manufacturing System. It was created with the development of computer-aided design and manufacturing. It is based on information technology automation technology and manufacturing, through computer technology to disperse in the product design and manufacturing process of a variety of isolated automation subsystems organically integrated, the formation of multi-species, small batch production, to achieve the overall benefits of integrated and intelligent manufacturing system.
Information Technology (Information Technology, abbreviated IT), is mainly used for the management and processing of information adopted by a variety of technologies. It focuses on the application of computer science and communications technology to the design, development, installation and implementation of information systems and application software. It is also often referred to as Information and Communications Technology (ICT). It mainly includes sensing technology, computer and intelligence technology, communication technology and control technology.
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Equipment for automated equipment assembly:
1. Automated assembly machine
Complemented with partially mechanized assembly line and auxiliary equipment to achieve partial automated assembly and fully automated assembly, in the automated assembly machine must be Equipped with the corresponding clamping device with tools and fixtures to ensure that the assembled parts of the necessary accuracy of the position of each other, the possibility of realizing the unit assembly and clamping operations, such as mounting, removing, screwing out a screwed into the press a loosened, pressed into the riveted, polished and other necessary action. The automatic assembly machine can be divided into two types, namely, transformation and direct-entry type, because of the different ways of conveying the workpieces. According to the different work procedures, it can be divided into single-station and multi-station structure. Reversible automatic assembly machine is commonly used in assembly of small number of parts, small external dimensions, assembly of short beat or assembly operations require high assembly occasions. As for the reference parts of larger size, more assembly stations, especially in the assembly process, more testing procedures or manual assembly and automatic assembly mixed operation of multi-process assembly, it is appropriate to choose the direct-type automatic assembly machine.
2. Assembly robot
In the instrumentation, automobile, watch, welding machine, electronic components and other production of large quantities, assembly precision requirements of high product assembly, not only requires assembly machine more accurate and precise, and should have a visual and some tactile sensing mechanism, more responsive to the position of the object and the shape of the object has a certain ability to identify. These functions are generally difficult to have automatic assembly machine, and the assembly robot developed in the 1990s is fully equipped with these functions.
Assembly Robot (Assembly Robot) refers to the completion of assembly operations designed for industrial robots. Commonly used assembly robots are programmable universal assembly operator (i.e., PUMA robots) and flat double-jointed robot (i.e., SCARA robot) two types. Compared with general industrial robots, assembly robots are characterized by high precision, good flexibility, small working range, and the ability to be used in conjunction with other systems, etc.?
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