Engineered for accuracy, stability, and scalable manufacturing
This vision-guided labeling platform is developed for manufacturers who require
consistent placement accuracy, controlled processes, and long-term production stability
across high-mix production environments.
By integrating industrial vision systems, precision motion control, and proprietary
positioning algorithms, the platform delivers predictable labeling results while
remaining flexible for future process expansion and performance upgrades.
The platform supports a wide range of adhesive-based applications, particularly
in industries where visual alignment accuracy and process repeatability are critical.
- 3C electronics and consumer electronics manufacturing
- Electronic auxiliary material placement
- Back-adhesive film and protective material application
- Pressure-sensitive and precision labeling processes
Labels are automatically fed, peeled, and staged on a non-stick buffer surface.
A multi-axis motion system performs pickup using a precision nozzle.
Dual industrial vision cameras independently detect label and product positions
in real time. Position data is processed through proprietary algorithms to calculate
offsets and execute closed-loop correction prior to placement.
This closed-loop architecture enables placement accuracy of up to
±0.05 mm under stable operating conditions.
| Placement Yield | ≥ 99.5% |
| Process Scrap Rate | ≤ 1% |
| Operational Stability | ≥ 95% |
| Throughput Range | 1,500 – 2,000 units/hour |
| Mechanical Platform | Precision ball screw and linear guide system (HIWIN / TBI) |
| Drive & Motion | Servo-controlled multi-axis architecture |
| Vision Hardware | High-resolution industrial cameras (6–20 MP) |
| Control Software | Integrated motion & vision platform with proprietary algorithms |
| Industrial Computing | Industrial PC platform, Intel® Core™ i5 class |
The system is designed around an engineering-first principle:
process stability precedes speed.
Every subsystem—from motion control to vision processing—is selected
and integrated to ensure repeatability, serviceability, and long-term
production reliability in real factory environments.