In recent years, with the process of Industry 4.0 innovation, electrical component suppliers and software system suppliers of various integrated solutions have also followed the development trend. In addition to the covid-19 epidemic storm since 2020, the ever-changing market trends have catalyzed the transformation and upgrading of many industries. Smart manufacturing is one of the most comprehensive topics. How should smart manufacturing be done?

       The perspective of Anderson, each industry has its production process and the supply/demand of upstream/downstream ecological chains are different, and it cannot be consistent for all. It is necessary to consider the possibility of phase in and reserve the possibility of future expansion and upgrading.

       For the integration of smart manufacturing, the factory obtains the big data of the production process through the sensor on the machinery equipment, and makes a self-judgment with the front-end and back-end information processing software platforms to issue decision-making instructions, and sends them back through the system to processing equipment and automatic execution of programs, etc., the advanced processes and models of this type of function belong to a part of smart manufacturing.

       In other words, smart manufacturing is the various links in the production process of "smart machinery" can be integrated with related applications as long as IoT, cloud computing, big data, and AI artificial intelligence, and through network data streams, all devices can communicate with each other. The ultimate goal is to exchange information with each other in real time, and replace the traditional manufacturing process in real-time and quantified transparent management.

       In the field of woodworking machinery, it is our direction to support “system furniture manufacturers” to introduce intelligent production. The first stage is to assist the industry to have "machinery and or so equipment to be more intelligence". In addition to the need to add more sensor components to the mechanical equipment itself, it is also necessary to optimize the human-machine interface of the machine operation so that it is not only to operate friendly, but more importantly, it can predict the data obtained from the sensor and temporarily store it locally. Directly compatible with external data processing software platform for real-time information exchange. After the industry possesses the basic elements of intelligent machinery, Anderson further thinks for customers and proposes a variety of automated upgrades before and after manufacturing integration solutions, including automated equipment such as robotic arms or Anderson self-developed crane type pick and place modules, etc., through integration the key to the combination of solutions is to optimize and improve the traditional manufacturing process during the hardware upgrade process, simplify the labor intensive level, and reduce the defect-rate caused by human errors in the original manufacturing process. In addition, through the network and the software data processing platform can also transmit the factory's manufacturing big data to mobile devices in real time, allowing management to grasp the production status more quickly.

       In the process of moving towards the goal of evolution and upgrading of smart manufacturing, Anderson keeps improving and continues to look for collaborating manufacturers to jointly create diversified development possibilities in order to meet different customer needs. Therefore, Anderson has developed into not only a manufacturer of mechanical equipment, but also a developer and maintainer of software, and an integrator capable of cross-system integration technology.

       Facing all new challenges, Anderson insists on innovation and continuous research and development, and diagnoses the most suitable solution for customers, so as to jointly achieve the vision expected by customers and Anderson.