Applications
Spark for the cosmetic industry
Context
Precision at the heart of concerns.
Automated quality control is widely used in the cosmetic industry and quality specifications are very demanding. Despite the adoption of automated processes by many companies, sampling controls have shortcomings, are costly, and difficult to standardize. Manufacturers also express a strong need for flexibility in automated quality control systems, in order to adapt to both mass production and small series production, such as the production of lipstick, nail polish, perfumes, foundation, etc.
Challenges
The Challenges of Manual Inspection
Manual inspection processes in the cosmetics industry are often synonymous with risks of human errors, leading to production delays and inconsistent quality.
Solution
The Spark Revolution in Quality Control
Spark is transforming quality control with artificial intelligence, offering unprecedented accuracy in anomaly detection, thereby ensuring fast and precise inspections.
Case Study
Innovation and precision for all industrial applications
Spark is ideal for a variety of industries such as cosmetics, packaging, automotive, and many others. It is capable of inspecting various materials such as metal, glass, and plastic, thus meeting a wide range of inspection needs.
Detection
Types of defects detected by Spark
Defect detection on lipstick bevels and grapes, burrs and drips on plastic injection cases, dullness on shiny parts
Foreign body inspection
Filling level on perfume bottles, foundation, serums…
Label and backing label inspection, absence of characters, orientation and validation of serial numbers
Frequent questions
What are the most common cosmetic defects that our technology can detect on makeup and skincare products?
How does our AI vision inspection system adapt to the different materials and packaging formats used in the cosmetic industry?
What are the unique features of our AI vision control technology that set it apart from other solutions on the market for the cosmetic industry?
How can our solution contribute to improving the efficiency of production lines in cosmetic product manufacturing factories?
What are the specific examples of cases where our technology has allowed cosmetic companies to improve their quality control and competitiveness in the market?
