Aluminum Sheet Overlap Detection for Stamping Robot: Reliable Solution with Atonm Metal Double-Sheet Detector 900E

1. Company Introduction

The Yangzhou equipment supplier specializes in robotic feeding platforms and provides high-quality, efficient automation solutions.

2. Project Requirements

The supplier needed to deliver a batch of 2mm aluminum sheets to a stamping customer and required double-sheet detectors to prevent overlapping feeding. This is crucial to maintain production continuity and efficiency.

3. Solution

To satisfy the demand for double-sheet detection on 2mm aluminum sheets, the supplier engaged Atonm. Atonm engineers provided a tailored solution based on material, size, thickness, handling conditions and cycle time to ensure the correct product selection.

The Atonm Metal Double-Sheet Detector 900E is a professional metal detection device that offers non-contact detection to avoid material damage, strong anti-interference capability with a patented alloy housing and four-layer PCB design, and robust durability against magnetic, oil, temperature and coating factors. The 900E supports single- and double-sheet detection for common industrial metals and thicknesses.

The suppliers customer benefited from reliable overlap prevention with the 900E, improving production efficiency and product quality. Atonm also provided customization and attentive after-sales support.

4. Customer Benefits

Using the Atonm Metal Double-Sheet Detector 900E, the client ensured correct sheet quantity and avoided production stops caused by overlapping feed. This improved line stability and reduced production costs.

5. Conclusion

Besides quality products, Atonm provides excellent service. Engineers collaborate with clients to offer customized solutions, technical support and training to maximize product value.

Overall, the Atonm 900E double-sheet detector helped the supplier meet the 2mm aluminum feeding requirements and deliver a robust double-sheet detection capability for industrial metal processing applications.