The beginning of the Chinese New Year, everything is updated.
On the eighth day of the first lunar month, Shenzhen Shiwei Automation Co., Ltd. officially started construction!
Good luck is at the forefront when the market starts at an auspicious time.
Starting the project, red envelopes are distributed to warm the heart, red envelopes carry good luck, and joy fills the door,
Every blessing contains the expectation of walking together with one heart and embarking on a new journey together.

When robots wave their robotic arms for precise operations, when drones complete intelligent inspections, and when machine vision achieves millisecond level recognition - the wave of intelligent manufacturing represented by these technologies is reshaping the industrial landscape with unprecedented strength and also placing higher demands on skilled talents.
Today, the "Intelligent Manufacturing Future, Craftsman Star Sailing" intelligent manufacturing high skilled talent training base was officially unveiled! This is not only the birth of a training base, but also a vivid practice of integrating industry and education to empower industrial upgrading, and a solid starting point for cultivating "craftsman stars" in the field of intelligent manufacturing!

📌 Call of the times: Why build this' talent cradle '?

Currently, intelligent manufacturing has become the core engine for high-quality development of the manufacturing industry, but the bottleneck of the shortage of high-quality skilled talents is restricting the industry's leap from "manufacturing" to "intelligent manufacturing".

In response to the call of the country to deepen the integration of industry and education, strengthen vocational skills training, and solve the structural contradiction between talent supply and industrial demand, we have carefully prepared and built this composite talent training platform that integrates teaching, practical training, and employment - focusing on core areas such as robotics and automation technology, drones, and machine vision, and dedicated to training high skilled talents who understand technology, are good at practical operation, and can innovate for the industry!

🌟 Core highlight of the base: Unlocking a new model of "industry education integration".

The confidence of this base comes from its adherence to the principle that 'talent training must serve the industry':

✅ 'Dual teacher' mentors are in charge: integrating enterprise technical backbone, industry experts, and university professors' resources, allowing classrooms to be directly connected to the forefront of the industry, and teaching content to keep up with job requirements;

✅ Supported by a practical training platform: introducing intelligent production lines and industrial robot training equipment synchronized with industrial sites, students can hone their skills in real production scenarios, achieving the goal of "recruitment upon enrollment and employment upon graduation";

✅ Personalized training system escort: modular course design, customized learning path, full cycle effect tracking, allowing every student to find a suitable growth rhythm and develop strong skills.

🚀 Future vision: To step out of here as a 'great country craftsman' in intelligent manufacturing.

The cornerstone has been established, the blueprint has been drawn.

The official operation of the base will open a door to the field of intelligent manufacturing for aspiring young people - here, you can learn top-notch technology, connect with high-quality employment resources, and realize your career dreams in the magnificent era of intelligence;

For the industry, this base will become a "reservoir" for talent supply, injecting a continuous stream of talent vitality into the regional intelligent manufacturing industry chain, and helping industrial upgrading and high-quality economic development.

And we look forward to using this base as a link to gather multiple forces from the government, enterprises, and universities, deeply cultivating the integration of industry and education, and jointly cultivating skilled "craftsman stars", making it a cradle for cultivating skilled craftsmen and national craftsmen!

📢 At this moment, the base has officially set sail!
If you carry a technological dream and aspire to excel in the field of intelligent manufacturing;
If you are a business leader and hope to connect with high-quality skilled talent resources;
Welcome to follow us, we will continue to push course updates, enrollment information, and school enterprise cooperation cases in the future!
Let's join hands and build dreams and create the future together in the tide of the intelligent era!

#Intelligent Manufacturing # Industry Education Integration # High skilled Talents # Talent Training Base # Jiangxing Embarks

【 Application Background 】 A certain electronic enterprise produces fiber optic connectors with small product sizes (core component diameter ≤ 0.5mm), which are prone to problems such as docking deviation and component damage during manual assembly. The yield rate is only 82%, and the efficiency is low, which cannot meet the needs of mass production. It is necessary to customize specialized non-standard automated assembly equipment. ​

As the core execution technology of non-standard equipment in this industry, it focuses on solving the precision problem of micro component assembly. Common applications include:

As the 'skeleton' of the device, it is the foundation for achieving customized processes. We need to design exclusive mechanical structures (such as non-standard fixtures, conveying mechanisms, and actuating components) based on customer production needs, product characteristics, and site limitations. At the same time, we need to combine precision machining technology to ensure the accuracy and stability of mechanical components, and adapt to multiple varieties, small batch production, and complex processes (such as aerospace special-shaped parts processing, power battery precision assembly).

Improve production efficiency: It can convert manual operation processes into fully automated real-time monitoring or operation, breaking through the capacity limitations of traditional equipment. In some scenarios, efficiency can be increased by 4 times, while supporting 24-hour uninterrupted operation, which can also shorten production cycles and equipment delivery times.

Any automation equipment consists of three parts: actuators, sensors, and controllers. When automated equipment suddenly fails to work or there is a malfunction in the work sequence, fault diagnosis must be carried out.
1. Check all power, air, and hydraulic sources of automation equipment

The design of non-standard automation equipment must fully consider the processing and manufacturing process of the equipment, so that the designed products can meet the operating habits of enterprise employees, be easily accepted and mastered by employees, and thus improve the durability and usability of the equipment.