With the popularization of USB type-c connector interfaces, the wire structure has become more complex and there are more and more production steps. The main steps are generally composed of nine stations, including wire feeding, peeling, brushing weaving, cutting weaving, reverse brushing weaving, copper foil wrapping, laser aluminum foil, aluminum foil removal, and automatic wire retrieval. Of course, according to the type of wire, there are more processes that need to be processed, and the process flow of the wire is even longer, But due to the lower profit margin of the cable industry compared to other industries, and with the continuous increase in labor costs, many manufacturers have been evaluating whether our small and medium-sized factories should introduce automation technology or use automation equipment?

In 2020, an epidemic broke the normal life of the past, and with the rise of service industries such as Meituan and Didi, the traditional manufacturing industry is facing greater recruitment pressure. In addition, with the continuous increase of labor prices, consumption levels continue to rise, which makes small and medium-sized enterprise bosses very headache. However, what makes bosses even more headache is that when there are too many orders, there are not enough manpower, But during the off-season, it is necessary to pay wages to retain employees, as this makes employee turnover a major challenge that companies must face every year.

When faced with these challenges, many companies will take a series of rescue measures, such as reducing employees, reducing production costs, improving production processes, and other effective and feasible reform methods and measures. But these can only be used as a delaying measure and cannot fundamentally solve the problem. The emergence of automation equipment can solve this problem for us, as it can replace our manual work, greatly reducing costs for enterprises. These methods cannot be separated from automation equipment.

According to relevant statistics, as labor costs gradually increase and product structures become more complex, automation equipment is becoming increasingly popular among enterprises. It is expected that in the future, automation equipment will gradually replace manual labor and become a new favorite in the market.

With the increasing requirements for high-frequency testing of cables in the consumer field, especially the quality of the end treatment of shielded wires, it will affect the testing performance, and is currently the most common and labor-intensive process. It requires hot stripping, peeling, breaking up, brushing braided wires up and down, twisting weaving, and cutting aluminum foil, which requires a lot of manpower investment and increases the workload and difficulty of operators. Quality stability is even more difficult to control, Type-C interface innovation is a highly deterministic opportunity in the field of consumer electronics. Compared to the interface standard Lightning currently used by Apple on the iPhone, USB type-C has significant advantages in cost, fast charging, compatibility, and other aspects. The introduction of E-Marker chips will make up for its security shortcomings, so its use in iPhone products will be a long-term trend.

The USB type-c supports the USB PD protocol (i.e. power transfer protocol), which can achieve higher voltage and current, with a maximum transmission power of up to 100 watts, and can freely change the transmission direction of the power supply. So USB type-c can achieve fast charging and bidirectional charging. For example, users can not only use laptops to charge their mobile devices, but also use other devices or mobile power sources to charge their laptops.

The advantages of the type-c interface: Firstly, the type-c double-sided pluggable interface supports USB interface double-sided insertion; Secondly, the USB data cable used with the type-C interface is thinner, lighter, and thinner, with faster transmission speed and stronger power transmission; Finally, the Type-C B interface, like other interfaces, supports USB standard charging, data transmission, display and output functions.