Smart Factory Solutions
HONEST+i³-Mechatronics Theory to Achieve Smart Factory
i³-Mechatronics is the overall solution proposed by YASKAWA in response to the automation revolution. i³-Mechatronics collects various problems that occur in the production process and feeds them to the cloud for big data analysis and modular learning, and then applies the analysis results to production, automatically adjusting parameters and meeting customized needs to achieve intelligent production.
HONEST-Assembly equipment data-based production
1. Basic data collection.
Adopt controllers and instruments with intelligent network communication functions to collect process data in real-time and convert the basic data needed by customers through software processing.
2. Control system.
The basic data will be saved and displayed through the data collection platform, data analysis platform and data display platform of the control system.
3. Data tracing and customer production control system interface.
The data collated by the control system and the customer's product QR code are bound to the local database in real-time and uploaded to the customer's production control system at the same time to facilitate traceability.
The production process to achieve data management for customers have the following benefits.
1. Transparency: grasp the production situation on site, reduce abnormal downtime, quality can be analyzed and materials can be controlled, which helps to improve product quality.
2. Automation: get production instructions from MES, timely feedback on production line production to MES, open up the information of each section of the production line, and reduce the labeling link.
3. Digitalization: traceability of production process, real-time statistical analysis of production information, multi-dimensional chart support for production management, and convenience to coordinate the development of production plans.
4. Intelligent: process data analysis, improve process capability, prevent defective products in advance, and reduce equipment unplanned downtime.
The Honest Mechatronic Equipment Industrial Park Project Started Construction
On May 19, the Honest automation mechatronic equipment industrial park project was successfully held, marking the official entry into the construction phase of the project. This is an important milestone, which is of great significance for promoting the development of the smart equipment industry and enhancing regional economic development.
E-mobility Hairpin Motor Stator and Powertrain Assembly Line
Hairpin motor stator is a type of electric motor stator that has been gaining popularity in recent years due to its unique design and superior performance characteristics. In this article, we will discuss what a hairpin motor stator is, how it works, and its advantages over other types of stators.
Hub Motor or Wheel-edge Motor, Who Will Dominate the Future?
Hub motor technology, also known as in-wheel motor technology, is characterized by the integration of power, transmission and braking devices into the wheel hub, thus greatly simplifying the mechanical parts of electric vehicles. Hub motor technology is not a new thing. As early as 1900, electric vehicles with front wheels equipped with hub motors were manufactured. In the 1970s, this technology was applied in fields such as mine transport vehicles.
School-enterprise alliance practical lesson. Class FUS-EMBA2102 visited Honest.
The chief representatives of Evergreen China, Mr. Li, Professor Lian Jin, the head teacher Mr. Shi and the whole class of FUS-EMBA2102, in order to better flexibly apply the theoretical knowledge learned in the classroom, at the end of the "Corporate Strategy" After the "Location" course, I came to our company to visit and carry out school-enterprise alliance practical classroom exchange and learning.
Application fields of Micro-motor Automation Equipment
Micro-motor automation equipment has become an important component of industrial machinery and equipment, electrical products, automobiles, and other products. Micro-motors are often used in control systems or transmission mechanical loads to achieve electromechanical signal or energy detection, analytical calculation, amplification, execution or Conversion, and other functions. Application industry includes: