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The smart screwdriver, paired with a multi-joint robot, enables tightening from multiple angles.

2019-01-23

The smart screwdriver, paired with a multi-joint robot, enables tightening from multiple angles.

Preface: Multi-joint robots, also known as “multi-degree-of-freedom robots,” are widely used in large-scale industrial production. Their basic structure consists of a spatial open-chain mechanism composed of multiple rotary joints. These robots feature multiple degrees of freedom, each of which is a rotary joint, and boast an open architecture that enables excellent interaction with the external environment. They are well-suited for automated mechanical operations across a wide range of industrial fields, such as automatic assembly, painting, material handling, and welding. A multi-joint robot comprises a body section, an arm section, a wrist section, and a hand section. The vast majority of multi-joint robots are mounted on a base that allows for rotational movement.

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Watch out! Don't let the screwdriver damage your product!

2019-01-23

Watch out! Don't let the screwdriver damage your product!

When it comes to tightening screws, what’s the right way to do it? Many people’s first reaction is simply to twist them with all their might! But is tightening a screw really that straightforward? Often, the simpler something seems, the harder it actually is! Recently, the editor encountered just such a situation. A car enthusiast recently posted a “blood-curdling” photo on Tieba—his carbon-fiber bike had literally been torn apart by over-tightening a screw. How could he possibly have managed to blow the entire frame apart? The answer lies in the material of this particular bike: its frame is made of carbon fiber, which is quite different from materials like aluminum alloy or steel. If excessive force is concentrated on just one spot, there’s a high likelihood of damaging the bike’s structure. That’s precisely what the headline was referring to.

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Why do we need smart electric screwdrivers?

2019-01-23

Why do we need smart electric screwdrivers?

Speaking of screwdrivers, I’m sure everyone is familiar with them. From large-scale factory operations to small households, there are times when we all need a screwdriver—precisely because it’s the only tool capable of doing one thing: tightening screws. Depending on the specific situation, since screws come in different sizes and have varying thread patterns, the appropriate screwdriver required will also differ. In the past, you’d often see home repair workers carrying a toolkit that invariably contained screwdrivers of various sizes, including both Phillips-head and flathead types. As a result, the toolkits carried by repair workers tended to be quite heavy. However, in recent years, thanks to advances in technology and changing lifestyles, people’s attitudes toward tools—as fundamental implements—have evolved significantly.

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Why choose the Sensewee smart electric screwdriver?

2019-01-23

Why choose the Sensewee smart electric screwdriver?

What exactly makes Sensewee’s smart electric screwdriver unique in the smart locking industry? And what revolutionary changes has its emergence brought to the locking industry? Currently, conventional electric screwdrivers and pneumatic screwdrivers are widely used. They’re popular among users for their low cost, light weight, and ease of use. However, as society and technology continue to evolve, labor costs keep rising, and manufacturing is shifting toward automation and intelligence. As a result, the original conventional electric screwdrivers and pneumatic screwdrivers are gradually becoming inadequate for the application scenarios in high-end manufacturing. Under these broad, demand-driven circumstances, a new locking technology—Sensewee—has emerged specifically tailored for the precision tightening required in high-end manufacturing.

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The difference between servo tightening systems and hollow-cup motor tightening systems

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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The Right Way to Open a Screwdriver on the Production Line—What You Need to Know

2019-01-23

The Right Way to Open a Screwdriver on the Production Line—What You Need to Know

Smart servo screwdrivers are waiting for you to discover! If, in the era of Industry 4.0, you’re still using manual screwdrivers to assemble products, you may already be a hundred steps behind everyone else! Why do I say that? Just take a look at other people’s production workshops—and you’ll see for yourself! Here’s an image from the internet showing a screw-tightening process in Casio camera manufacturing. Workers are using smart, handheld screwdrivers to tighten screws and reinforce the camera bodies. Compared to the old-fashioned manual screwdrivers, this new approach has dramatically boosted efficiency and significantly reduced production time. But don’t forget—

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