Electric screwdriver that uses a camera and AI to identify the right bit

Bringing artificial intelligence and a camera into electric screwdrivers

Engineering and manufacturing tools have seen rapid development in recent years, and the latest innovation in this field comes from Arrowmax, which has developed a smart electric screwdriver known as Arrowspace S1. This screwdriver stands out for combining an advanced camera and an artificial intelligence (AI) system to identify the type and size of the screw head with extreme precision, eliminating the trial-and-error phase that many engineers and technicians encounter when using traditional electric screwdrivers.

The importance of this technology lies in reducing the likelihood of using the wrong bit, which may damage the screw or greatly complicate the repair process. Arrowmax introduced the camera-and-AI integration feature to make fastening tools smarter and more effective in different work environments.

How does the Arrowspace S1 work?

The operating mechanism involves placing a small camera with LED lighting directly beneath the screwdriver, so it can capture a clear image of the screw head. To ensure the best image quality and ideal focus, the screwdriver is equipped with a precise contact sensor that extends and touches the head surface, fixing the distance between the camera and the screw at the correct point.

These visual data are sent to the built-in artificial intelligence model, which analyzes the image to determine the appropriate type and size of the screw head. The results are shown to the user through a smart mobile app connected to the screwdriver, making the process of choosing the right bit easier, more accurate, and faster.

Automatic torque control

In addition to identifying the bit, the screwdriver can automatically adjust the torque settings according to the detected screw type. This feature reduces the risk of damaging components or applying excessive pressure during fastening. Precise torque control is considered one of the main innovation factors in installation tools, as it helps extend equipment life and maintain engineering quality.

Smart solutions for storing and identifying bits

To make it easier to use the right tools, Arrowmax offers the option to get the screwdriver with the S1 Smart Case, which contains 52 steel screw bits. The case is equipped with LED lighting beside each bit, lighting up to indicate the appropriate bit identified by the AI in the screwdriver.

This method helps significantly save time and reduce errors, especially during large projects that require dealing with multiple types of screws.

Performance and battery specifications

The Arrowspace S1 screwdriver includes a rechargeable battery with a capacity of 600 mAh, which can power the screwdriver for up to 90 minutes of continuous use. According to the manufacturer, the user can use the screwdriver to tighten or loosen more than 900 screws before needing to recharge.

However, the operating time depends on the torque settings, as the user can disable the automatic adjustment feature and increase the torque manually, which reduces battery runtime.

A small OLED screen on the screwdriver displays important data including the battery level, current torque settings, and the screwdriver’s rotation direction, helping the user monitor and control it optimally during work.

Availability and prices of the Arrowspace S1 screwdriver

Arrowmax is launching the Arrowspace S1 screwdriver through a crowdfunding campaign on Kickstarter, building on successful experience in launching previous products via crowdfunding. Customers can order the screwdriver individually for an approximate price of $79, while the price rises to about $129 with the S1 Smart Case.

Shipping is expected to begin in April 2027 at the earliest, with the possibility that final retail prices will be higher than the introductory prices.

Conclusion

The Arrowspace S1 screwdriver represents a major leap in the field of electric fastening tools by introducing artificial intelligence and camera technologies to increase precision and ease in bit selection and settings adjustment, thereby improving engineering work quality and saving time while reducing damage caused by human error.

These innovations combine mechanical engineering, smart system design, and AI programming in an integrated way that reflects the modern direction in the development of industrial and manufacturing tools.

Source: The Verge

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