High-throughput vision-guided back-adhesive labeling platform
This automated labeling system is designed for products requiring
high-speed and high-precision back-adhesive application,
combining stable mechanical architecture with intelligent vision positioning.
The platform balances throughput and accuracy, making it suitable for
mass production environments where consistency and yield are critical.
The system supports a wide range of products that require back-adhesive
or pressure-sensitive material application, across multiple consumer
and industrial sectors.
- 3C electronics and electronic accessories
- Toys and consumer goods
- Homeware and gift packaging
- General products requiring precision adhesive placement
Labels are automatically peeled by a feeder unit and staged on a
non-stick surface for pickup. A four-axis robotic system then
performs automated adhesive pickup and placement.
A bottom-mounted vision camera detects real-time adhesive position,
while a top-mounted camera identifies product coordinates.
Proprietary algorithms calculate placement offsets to ensure
precise alignment before application.
The system achieves placement accuracy of up to
±0.05 mm, even at elevated production speeds.
| Placement Yield | ≥ 99.5% |
| Process Scrap Rate | ≤ 1% |
| Operational Stability | ≥ 95% |
| Throughput Capacity | 1,800 – 2,400 units/hour |
| Mechanical Platform | Precision ball screw and linear guide system (HIWIN / TBI) |
| Motion & Drive | Servo and closed-loop stepper motor architecture |
| Vision System | Dual industrial cameras (6–20 MP) |
| Control Platform | Integrated motion and vision control software |
| Industrial Computer | Industrial PC, Intel® Core™ i5 class |
This platform is built to support stable, high-speed production while
maintaining precise placement accuracy across diverse product types.
Its modular architecture enables manufacturers to scale output
efficiently while preserving quality and process consistency.