The most important aspect of the retail and logistics industry is the quality and quantity management of products, especially when faced with a large number of products, a systematic management process is more important. Therefore, the solutions required for this type of industry tend to focus on [automatic warehousing, rapid picking systems, automatic labeling and distribution systems] to speed up product entry and exit and configuration processes.
With the introduction of high-tech and intelligent, the production equipment of the food industry is more sophisticated in application, which can greatly improve production, manufacturing efficiency and customization. This type of industrial automation demand is often realized and applied in its [production line]. In particular, conveyor and material handling system equipment optimizes the efficiency of the production process, balances the speed of all components and reduces downtime. In food monitoring, the combination of the Internet of Things enables instant collection of production data and uploads to cloud platform computing operations, helping operators to reduce decision-making time and reduce resource investment.
The electronic and semiconductor industry's product accessories are more sophisticated, and special attention must be paid to monitoring and processing. Therefore, how to realize the flexibility of the production line process is obviously a major issue. A flexible production line process combines the functions of data analysis, energy management and quality diagnosis, and realizes the smart factory through the introduction of smart devices, which covers basic system equipment, transmission system, sensing instrument panel, Controller, network, to final manufacturing management and information analysis optimization. In order to maximize capacity, this type of industry solution usually emphasizes shortening the workflow and starting with the basic [transport and handling system equipment].
Industrial production process planning, from design, analysis, manufacturing, testing to formal production, requires more time to operate than other industries. To achieve the goal of enhancing competitiveness, [reducing the time between order and delivery] is the most direct and fast method. Therefore, for industrial automation solutions, it will focus on the [conveying equipment] related to its shipment. The standardization and intelligence that automation emphasizes will increase the cost-effectiveness of the industry while ensuring the quality maintenance of the product during delivery.
The application of automation equipment in the education industry is currently dominated by library equipment. Library automation can reduce manpower expenditure and duplication of manpower, improve administrative efficiency, especially in book categorization and access, time-consuming and labor-intensive, large book storage and easy to make mistakes in homework . In addition to enhancing the effectiveness of bibliographic control, automated libraries also have the power to control collections. For the maintenance and monitoring of books and the shortening of the pick-and-place process, [automated warehousing] is the best automation solution. The application of automated warehousing in the library monitors its temperature and reduces the chance of damage to the book due to environmental damage.
The Masses Engineering Automation cases that Kenmec handled before include the automatic door project for MRT station and the Baggage Handling System (BHS) for airport. In order to enhance the public's willingness to use the public transportation facilities, the public equipment related projects are not only focused on the safety of users, but also the convenience of the equipment. For example, the Taipei MRT automatic door is the best embodiment of safety. The design of the automatic door can reduce the occurrence of artificial accidents and improve the maintenance of the internal environment of the track. In terms of convenience, tens of thousands of daily The passengers are transported to and from the cargo, and the airport is subject to considerable processing capacity during the baggage inspection and delivery process. Through the introduction of BHS, the baggage inspection and delivery process can be significantly shortened, and the daily cargo handling efficiency can be increased. As the process accelerates, it helps passengers save time in waiting, indirectly improving the passengers' willingness to ride in the future.