WIRELESS CHARGING IN THE NEWS
Intelligent robots will promote the manufacturing industry to the goal of "zero defects, zero inventory, zero delay", but at the same time, it also faces the problem of ethics and employment structure adjustment. For example, Germany has introduced a "human-machine collaboration certification standard" to ensure that the technology dividend is balanced with the transformation of the workforce.
Electronics manufacturing requires high precision and cleanliness. For example, the chip package needs to complete the pin welding within the micron error, and manual operation is difficult to meet the demand. Through the force control sensor and visual guidance system, the six-axis cooperative robot can accurately grasp and complete the assembly of micro-components, and the yield is increased to more than 99.9%.
The earliest large-scale application of industrial robots is the automotive industry. In 1959, the first industrial robot, Unimate, developed by American engineers George Devore and Joseph Ingeberg, was installed on the production line of General Motors, responsible for handling high-temperature castings, welding doors and installing car window parts.
Combined with digital twin technology, a wireless charging system deployed by a steel group in a steel rolling production line can monitor 18 parameters such as temperature and efficiency at each receiving end in real time.
When Industry 4.0 requires equipment to have the ability to make autonomous decisions, the traditional power supply system has become a key bottleneck restricting the implementation of technologies such as digital twins and predictive maintenance.
With the landing of new scenarios such as dynamic wireless charging roads and wireless power supply for underwater robots, the industrial wireless charging market is expected to exceed $20 billion by 2028.
Traditional plug-in charging requires the robot to frequently return to the fixed point, each charge needs to stop for more than 30 minutes, and manual plugging also has the risk of leakage. Wireless charging technology through the principle of electromagnetic induction, so that the robot only needs to stay in the charging area can automatically replenish the power, to achieve "non-inductive battery life".
In highly automated scenarios such as intelligent warehousing, automobile manufacturing, and 3C electronics, AGV/AMR handling robots are becoming the "core labor force" of logistics transportation. However, traditional plug-and-plug charging makes efficiency frequently stuck
Now the application of AGV/AMR has penetrated into various industries, and as the "energy source" of these smart devices, the importance of automatic charging piles is self-evident. WIRELESSPT's intelligent automatic charging pile has become the preferred solution for many enterprises with its multiple advantages of high precision, stability and reliability, intelligent management and diversified customization.
We understand that a good user experience starts with ease of use and reliability of the product. Therefore, when designing AGV car charging solutions, WIRELESSPT focuses on simple installation, easy operation and convenience of post-maintenance.
Our AGV robot charging pile not only has a leading edge in technology, but also fully considers user experience in product design. The appearance of the equipment is simple and generous, easy to install and maintain;
The AGV automatic charging device developed by WIRELESSPT uses the most cutting-edge technology in the industry, such as wireless charging, fast charging technology, etc., the application of these technologies makes the device adapt to a wider range of working scenarios.
AGV/AMR Manufacturing Wireless Charging Solution
Inspection Robot Wireless Charging Solution
Mining Explosion-proof Wireless Charging Solution
Service Robot Wireless Charging Solution
Photovoltaic Robot Wireless Charging Solution
Outdoor Cleaning Robot Wireless Charging Solution
Contact: Ms. Yang
+86 18678901310
luyu@wireless-power.com.cn
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