Intelligent wearable devices

Intelligent wearable devices

Intelligent wearable devices are widely used in daily life. Smart watches, smart bracelets, Bluetooth earphones, and of course, VR/AR glasses, smart glasses, smart clothes, smart sports shoes, and so on can be seen everywhere. These devices can be worn or worn, come into contact with the human body, collect human information, provide monitoring of health data, provide communication functions, navigation functions, and other services. With the continuous expansion of the smart wearable market, higher requirements have been put forward for production efficiency, quality control, and intelligence level. The traditional manufacturing model is gradually transitioning towards intelligent manufacturing, emphasizing high efficiency of equipment, intelligent management, and green environmental protection. SINSEGYE's intelligent wearable device assembly line integrated control solution is tailored to the intelligent wearable device industry in response to this trend.

Difficulties in the assembly line of intelligent wearable devices:

1. High real-time control, UPH ≥ 12000pcs

2. High precision multi axis control, 0.05mm assembly

3. Multiple Communication Parallel OEE Production Data Tracking and Analysis

4. Standardized management of software versions

5. Stability of control system

6. Function and performance of the controller

7. Standardized design of multi station

Control system architecture:

Characteristics of SINSEGYE's solution:

1.Integrated Control and Computation

By integrating controllers, IO, drivers, servo motors, and other components, SINSEGYE's solution not only reduces hardware costs but also significantly improves debugging efficiency. SX51 iComputer+SP50 iComputer+SV3 servo+SRC IO replaces the original Omron PLC+Advantech IPC+Huichuan servo+Omron IO combination, reducing the overall cost by 30%.

2. Easy-to-use & Strong scalability

In response to the demand for flexibility in the assembly of smart wearable devices, SINSEGYE's solution is to develop the 3C industry program ST (Industry Template) to improve functionality. This not only improves work efficiency and avoids repetitive labor, but also reduces development cycles, helping companies quickly respond to market changes.