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News and Information
2019-01-23
The difference between servo tightening systems and hollow-cup motor tightening systems
In the manufacturing of modern household appliances, industrial machinery, and other equipment, assembly is no longer a task that requires extensive time and manpower. As the specifications of 3C products become increasingly smaller, users are placing ever-higher demands on both the quantity of products and the speed of product updates. Consequently, conventional manual assembly methods—both in terms of skill level and speed—can no longer meet these requirements. Thus, automated assembly lines have emerged as a natural response to this challenge. Among all assembly tasks, screw fastening is by far the most labor-intensive and tedious process. Just consider the smartphones we use daily—each one requires hundreds of screws to be securely tightened into place. And in the realm of new-energy vehicles...
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2019-01-21
Applications of Sensewee smart electric screwdrivers on various platforms
Thanks to its high precision, easy data management, and customizable features, the Sensewee smart electric screwdriver finds extensive applications both in the home appliance industry and the 3C electronics industry. Customers can integrate the smart electric screwdriver onto different platforms according to their specific needs. Multi-axis robots offer high degrees of freedom and are suitable for nearly any trajectory or angle; when paired with the Sensewee smart electric screwdriver, they can efficiently handle a wide variety of assembly tasks. Although multi-axis robots boast high degrees of freedom and excellent flexibility—being as nimble and versatile as human hands—they find relatively widespread use in high-end fastening applications. However, producing different products also calls for different fastening processes.
Multi-step tightening demonstration of the Sensewee servo screwdriver
As technology continues to be updated and upgraded time and again, the products being manufactured are becoming increasingly sophisticated and compact. Take mobile phones as an example: in the 1990s, "big大哥" phones were all the rage, yet many people jokingly referred to them as "big bricks." But today, mobile phones have long since shed their bulky, brick-like image—they’ve become incredibly lightweight and thin, and even the concept of "paper-thin phones" has now emerged. Yet every time a new product is launched, it invariably places new demands on manufacturing technologies and processes. So what exactly are these so-called technological processes today? Let’s take the automated screw-fastening process—a key breakthrough—as a brief illustration. Taking just the single step of screw fastening as an example, current practices still rely on handheld electric tools...
Several Smart Devices You Need to Know About in Industry 4.0
As the saying goes, the deeper your understanding of industrial automation, the greater the advantage you’ll have in the Industry 4.0 environment. The greater the advantage you gain, the more likely you are to stand out in the fiercely competitive market and become a leader in your industry. Here, we’ll take you on a journey into the world of smart equipment riding the wave of Industry 4.0! 1. Servo Screwdrivers—If we were to talk about screws, we might spend three days and three nights without ever fully exhausting the topic. From delicate toys to intricately engineered automobiles, this tiny screw is woven throughout our daily lives. If we were to name something indispensable in our everyday lives, the screw would certainly be one of them.
If smart technology is just a buzzword, we’d rather not chase after ill-defined “smart” solutions!
Do you think our current factories are truly smart factories? Ever since slogans like “Made in China 2025” and “Industry 4.0” were launched, a frenzy for futuristic and smart factories has swept across China—and indeed, the entire world. Centered around regions such as the Pearl River Delta in Zhuhai and the Yangtze River Delta, a growing number of high-end manufacturing enterprises have emerged, along with an increasing number of factories that proudly proclaim they’ve achieved “smartification.” But are these so-called “smart” factories really smart? As illustrated in the image above, the vast majority of factories currently touting “smartification” still rely on human workers wielding electric screwdrivers to tighten products. This can hardly be considered...
Just how far can a screwdriver evolve?
When we think of a screwdriver, what’s the first image that comes to mind? If all you can picture is a handle with a bit attached, and someone vigorously turning it—well, let me just say: you’re so last century. In this new era, there’s always going to be new technology replacing old tech, new techniques replacing old ones, and new products replacing old ones. Even something as small as a screwdriver is naturally not immune to these sweeping changes—and is undergoing a dramatic transformation! Today, let’s talk about just how far a screwdriver can actually evolve. The main directions of screwdriver evolution fall into two broad categories: the consumer market and the industrial sector. As for the consumer market—the so-called “consumer market”—