Company News

• Complete development process of mechanical automation production equipment

  2019 / 08 / 21

  Complete development process of mechanical automation production equipment First, determine the development project, understand customer needs including product quality requirements, equipment production efficiency requirements, equipment working environment Second, analyze the product 1. Understand the production process of the product, the dimensional requirements of all aspects of the product and the incoming materials. 2. Communicate with customers about the precautions in the production process of the product, the technical parameters of the place where the equipment is used. Third, the proposed program The engineering personnel discuss and analyze the equipment plan. The plan includes: equipment schematic (overall schematic, partial schematic), brief introduction of each part, action description, equipment technical parameters Fourth, program review The audit team is composed of engineering personnel to review the plan. The audit includes: equipment feasibility assessment, equipment cost assessment, equipment production efficiency assessment, and structural feasibility assessment of each part. V. Program rectification Rectify the issues discussed in the program review. Sixth, the customer determines the design plan The design plan is handed over to the customer, and the customer finalizes the plan according to the needs. Seven, design and development The engineering department arranges engineers to design the machine and make machine assembly drawings and parts drawings (parts are marked according to national standards). Select the execution components, electronic control accessories and list the processing parts list and standard parts requisition, operation manual.

• Automation equipment development trend

  2019 / 08 / 21

  Automation equipment development trend The development of modern production and science and technology puts higher and higher requirements on automation technology, and also provides the necessary conditions for the innovation of automation technology. After the 1970s, automation began to develop into complex system control and advanced intelligent control, and was widely applied to various fields such as national defense, scientific research, and economics to achieve larger-scale automation, such as integrated automation systems for large enterprises, and national railways. Automatic dispatching system, national power network automatic dispatching system, air traffic control system, urban traffic control system, automatic command system, national economic management system, etc. Automated applications are expanding from engineering to non-engineering, such as medical automation, population control, and economic management automation. Automation will mimic human intelligence to a greater extent. Robots have been used in industrial production, marine development and space exploration. Expert systems have achieved remarkable results in medical diagnosis and geological exploration. Factory automation, office automation, home automation and agricultural automation will become important components of the new technological revolution and will grow rapidly.

• Non-standard automation in the application of science and technology

  2019 / 08 / 06

  Non-standard automation in the application of science and technology Science and technology are changing with each passing day, all walks of life in society have undergone tremendous changes due to the renewal of science and technology. In the past, factories were all produced by manual operation. Now more and more are automated production, and automated machines replace labor. Production, and in this case, non-standard automation equipment has become a hot industry. Through the automated production of these non-standard equipment, an enterprise with an annual output value of over 100 million often needs only 10 technicians to meet the production. Need. According to relevant statistics, there are only 50 non-standard equipment custom robots for every 1,000 workers in China, while 1,000 workers in Japan are equipped with 1,800 non-standard robots and 2,000 in the United States. Therefore, under the same production value, the management costs and labor costs of manufacturing in Europe, America, Japan and South Korea are far lower than ours. Technology has been in every aspect of our life and work, Speaking of non-standard, covering a wide range, in hardware, electronics, automotive, textile, chemical, food, medicine and other industries will be used, such as to achieve automatic loading and unloading of parts, automatic assembly, automatic packaging, sealing, Labeling, testing, etc. As long as the need to improve efficiency, machine substitution, stable product quality, and elimination of pollution in all aspects of production can be replaced by non-standard equipment. Now with the improvement of the quality of life, people's demand for food is increasing, and the requirements for hygiene and quality are also more strict. The application of customized non-standard equipment can realize automatic packaging of these foods, and the quality of product packaging is more excellent. The production and transportation are fas