In the 3C industry (computers, communications, and consumer electronics), automation modules are
widely used in core processes such as assembly, inspection, and precision machining, primarily
embodied in the following scenarios and technical features:
1. Assembly and Placement
High-Speed Synchronous Semi-Enclosed Belt Module (such as the FSKT-65): Used for mobile phone
screen lamination and circuit board component soldering. Through multi-station collaboration, it
achieves ±0.01mm accuracy and is suitable for high-speed production lines.
High-Load, Long-Stroke Semi-Enclosed Belt Sliders (such as the FSKT-120): Support the assembly of
heavy components (such as backplanes), balancing high loads with long strokes and providing protection
levels suitable for harsh environments.
2. Precision Inspection
AOI Optical Inspection Module: Combines AI algorithms to identify defects (such as camera module flaws), achieving a defect detection rate exceeding 99.5%.
Plug-In Force Test Module: Employs high-precision force control technology (such as the ZR motor) to
simulate real-world plug-in and pull-out behavior, verifying the reliability of the Type-C interface.
3. Flexible Production
Robotic Collaboration Module: Suitable for small-batch, high-mix production (e.g., mixed-line production
of headphones and watches), reducing downtime through rapid changeovers.
MES System Integration Module: Real-time monitoring of production data, optimized scheduling and
quality control, and addressing supply chain complexity in the 3C industry.
4. Precision Machining
CNC Engraving Module: Enables nano-scale machining of metal casings, with force control accuracy
reaching ±0.1 Newton, meeting the requirements of micro-sensor packaging.
Laser Welding Module: With an IP65 protection design, it is suitable for precision welding in corrosive
environments (e.g., semiconductor devices).
5. Intelligent Upgrade
AI Vision Calibration Module: Leveraging deep learning, it achieves ±10-micron positioning, improving
yield rates in processes like glue potting.
Cloud-Based Predictive Maintenance Module: Integrates with the Industrial Internet of Things to reduce
equipment downtime and optimize maintenance efficiency. Technology Trends: Modular design, high
-precision force control (such as the ZR motor's ±1g accuracy) and AI integration are the core developm
ent directions of 3C automation equipment, driving the industry's transformation towards flexibility and intelligence.
