Ultraviolet light vision systems exploit induced fluorescence for the quality control of adhesives and sealants. This innovative technology makes it possible to detect imperfections, missing material or non-uniform distribution with high precision and without contact.
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Operating principle of induced fluorescence
Induced fluorescence uses a UV light source to excite specific chemical components in adhesives and sealants. When exposed to the light, these materials emit a detectable fluorescence, allowing precise and reliable visual analysis.
Main applications
These systems are used in numerous industrial sectors, such as automotive, electronics and packaging, where adhesives and sealants are essential to guarantee the performance and safety of the products.
Advantages over traditional methods
The induced fluorescence technique offers numerous advantages, including non-destructive analysis, immediate identification of defects and high operating speed, ideal for automated production lines.
Real-time quality control
Thanks to their ability to be integrated into existing production lines, UV systems guarantee continuous and immediate quality control, increasing the overall efficiency of the production process.
Compatible materials
Adhesives and sealants containing natural fluorescent components or specific additives respond optimally to UV light. The choice of material is therefore crucial to the success of the analysis.
Types of detectable defects
These systems identify defects such as air bubbles, incomplete application, overdosing or incorrect positioning, which can compromise the functionality of the final product.
Integration with robotics and automation
Compatibility with robotic systems makes it possible to combine quality control with automated processes, optimising production times and costs.
Calibration and customisation
The systems can be calibrated for specific production requirements, guaranteeing accurate results even in particularly complex applications.
Modular and scalable systems
Modular solutions make it possible to adapt the system to different production sizes and levels of complexity, making it a flexible choice for companies in every sector.
Compatibility with advanced analysis software
The data collected by the vision systems can be integrated with analysis software, offering detailed reports and the possibility of tracking the performance of adhesives and sealants.
Maintenance and reliability
Thanks to robust construction and cutting-edge technologies, UV vision systems require minimal maintenance and guarantee high operating reliability.
Advanced light sources
Modern UV illuminators are designed to guarantee high luminous intensity and a long service life, reducing operating costs.
Fields of application
In addition to the industrial sector, these systems are used in the medical and aerospace fields and in the quality control of electronic components, demonstrating great versatility.
Customisation of solutions
Companies can request tailor-made solutions to suit their specific requirements, with customised configurations for different materials and geometries.
Regulatory aspects
The use of induced fluorescence complies with industrial safety regulations, guaranteeing a process that is safe and compliant with international standards.
Scrap reduction
Thanks to the timely detection of defects, these systems help to reduce production scrap, improving corporate sustainability.
Technical support and training
Companies that implement these systems can benefit from continuous technical support and staff training, ensuring optimum use.
Innovation and the future
UV light vision systems represent the future of quality control, offering increasingly advanced solutions thanks to progress in optical technology and robotics.
Conclusion
Adopting UV vision systems with induced fluorescence is a strategic choice for companies aiming to improve the quality and efficiency of their production processes while maintaining high standards of precision and reliability.
Products used in this application
DL1 series LED bar illuminators
DL5 series high intensity LED matrix illuminators
DL2 series LED bar illuminators
BL4 series LED backlight illuminators
FD2 series flat dome LED illuminators
DC7 series ring LED illuminators
DC3 series high intensity LED ring illuminators
DC2 series low-angle LED ring illuminators
Copyright by RODER SRL – Oglianico (TO) – Italy
Website: www.roder.it
Machine vision division: www.rodervision.com
Measuring instruments division: www.innovacheck.com
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