Vision-guided precision labeling platform for stable mass production
This automated labeling system is designed for products requiring
high-accuracy back-adhesive placement with consistent
output and long-term operational stability.
By combining precision motion control with dual-camera vision guidance,
the system delivers reliable performance across a wide range of
product formats and adhesive materials.
The platform is suitable for a broad range of products requiring
pressure-sensitive adhesive or back-adhesive application.
- 3C electronics and electronic accessories
- Toys and consumer products
- Homeware and gift packaging
- General-purpose adhesive labeling applications
Labels are automatically peeled from sheet material by a feeder unit
and positioned on a non-stick pickup surface.
A four-axis robotic mechanism performs automated pickup and placement.
A bottom-mounted vision camera detects the real-time adhesive position,
while a top-mounted camera identifies the target product coordinates.
Proprietary algorithms calculate placement offsets to ensure accurate
alignment prior to application.
The system achieves placement accuracy of up to
±0.05 mm, ensuring consistent visual and functional quality.
| Placement Yield | ≥ 99.5% |
| Process Scrap Rate | ≤ 1% |
| Operational Stability | ≥ 95% |
| Throughput Capacity | 1,200 – 1,500 units/hour |
| Mechanical Platform | Precision ball screw and linear guide system (HIWIN / TBI) |
| Drive & Motion | Servo and closed-loop stepper motor configuration |
| Vision System | Dual industrial cameras (6–20 MP) |
| Control Platform | Integrated motion and vision control system |
| Industrial Computer | Industrial PC, Intel® Core™ i5 class |
This system is engineered for manufacturers seeking
precision-first labeling performance with dependable
throughput and minimal process variation.
Its balanced architecture makes it an ideal solution for
stable long-term production environments across multiple industries.