Servo screwdriver Commonly used for joining or securing workpieces in automated production. The rotational speed of conventional electric screwdrivers is not adjustable, and adjusting the tightening force is relatively cumbersome and lacks feedback—essentially making it completely uncontrollable. It’s relatively inefficient to use. , this makes it impossible. To reach Real-time collection of screw tightening status data and torque in smart factories. exquisite Precise and reliable demand—this is precisely when servo electric screwdrivers come into play. So, what should we pay attention to when choosing a brand of servo screwdriver?

　　I. Torque Range Size

The torque range of the Sensewee servo screwdriver is 0.01 N·m to 200 N·m—this range essentially covers the torque requirements for products in the fastening industry; higher torque levels can also be customized. And... The torque of a typical servo screwdriver generally does not exceed. 30 N. m, commonly around 10N . Within m, the wider torque range can better meet the diverse application needs of the mechanical and electronic industries. 。

　　II. Communication method

Sensewee Servo Screw Batch Use serial port The device supports RS232/RS485 communication, using the industry-standard Modbus RTU protocol. It also supports TCP/IP network communication and is compatible with four baud rates: 115,200, 96,000, 192,000, and 384,000. Additionally, the device features I/O ports that allow you to control the electric screwdriver’s start-up and task switching via input I/O signals, and provide output I/O signals to indicate the tightening status and results. This design offers strong scalability—whereas conventional servo screwdrivers typically rely solely on external I/O communication, limiting their scalability and hindering efficient data transmission and interaction.

　　　II. Operating Performance

Sensewee Servo Screw Full-scale accuracy of the batch Accessible ±3% to ±5% ， When the CMK is greater than 1.33, it can better meet the requirements for product quality control. However, if the servo electric screwdriver exhibits significant accuracy deviations over prolonged use, it becomes more difficult to achieve the required level of product accuracy. In terms of angular resolution, it can also achieve precise accuracy down to 0.01r corresponds to 3.6°. This allows for precise and rapid screening of defective products with poor float height and misaligned teeth by using auxiliary rotation cycles, resulting in a low false alarm rate. In terms of rotational speed, segmented speed locking can also be implemented—employing a slow-fast-slow locking sequence—to achieve a process that is both highly accurate during tooth engagement, fast during the locking phase, and precisely tightens the components. This not only significantly improves locking efficiency but also effectively ensures locking accuracy.

　　IV. Tightening Strategy

　　Typically, conventional servo screwdrivers have relatively low resolution in detecting target torque and angle. If you aim to produce high-quality products, you should look for models equipped with torque, angle, and speed control modules, enabling rapid development of various strategies and task requirements that meet process specifications. Additionally, you should choose products that support configuration-based strategies such as point-of-contact control and clamping torque, thereby satisfying even the most demanding tightening needs. ， And the Sensewee servo screwdriver can greatly meet the majority of market demands.

　　V. After-sales Service

　　The points mentioned above pertain to the selection of features specific to servo screwdrivers themselves. However, after-sales maintenance also significantly impacts customers’ normal use of the product. Therefore, when choosing a product brand, it’s important to pay attention to after-sales service as well. Whether after-sales service is provided promptly is an important indicator for evaluating a brand. The Sensewee servo screwdriver will provide professional technical support services, fully ensuring the user's experience and results.