Summary
The customer is a manufacturer specializing in the production of metal sheets used extensively in the construction and automotive manufacturing industries. Product flatness is of utmost importance to their customers.
Optimizing Production Lines: Optical Sensors Enhance Product Flatness
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- Issue Time
- 2024/4/8 15:44:41
Customer Background
The customer is a manufacturer specializing in the production of metal sheets used extensively in the construction and automotive manufacturing industries. Product flatness is of utmost importance to their customers.
Challenge:
The customer has been seeking ways to improve the flatness of their metal sheet products. During the manufacturing process, they face various potential issues such as sheet bending or uneven thickness, which can affect the quality of the final products. They needed a solution to quickly detect and address these issues to enhance product flatness.
Solution:
The customer decided to introduce DADISICK's optical sensor technology to address this challenge. They chose the GFL-Z series high-precision optical sensors, which can measure the thickness and surface flatness of sheets during the manufacturing process. These sensors were integrated into their production line to monitor and record changes in the sheets in real-time.Benefits:
DADISICK's optical sensors use laser or infrared beams to scan the surface of metal sheets. They can detect tiny depressions or protrusions on the sheets and transmit this data to the production line control system.
Results:
After introducing optical sensors, the customer achieved significant benefits. They could promptly detect irregularities in the sheets, allowing them to take corrective actions to enhance product flatness. This helped reduce the rate of defective products, lower costs, and increase customer satisfaction with their products.
Conclusion:
DADISICK's optical sensor technology has been successfully applied to improve product flatness in the manufacturing process. The introduction of this technology not only improved product quality but also reduced production costs. Optical sensor technology has brought higher precision and quality standards to the manufacturing industry, enhancing product competitiveness.
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