Automated sampling systems are commonly used in the process industry to collect representative samples of products or raw materials for quality control, analysis, or other purposes. These systems are designed to operate continuously, providing accurate and reliable data for process control and optimization.

There are several types of automated sampling systems available, including:

• Grab Sampling Systems: This type of system collects a single sample of material at a specific point in time. The sample is taken from a representative location in the process stream and can be analyzed for quality control or other purposes.
• Composite Sampling Systems: Composite sampling systems collect multiple samples over a specified period and combine them to form a representative sample. This type of system is useful when the product or material being sampled is subject to variations over time.
• In-line Sampling Systems: In-line sampling systems continuously draw a sample from the process stream and deliver it to the analysis or testing equipment. This type of system is useful for real-time process monitoring and control.
• Point-of-Use Sampling Systems: Point-of-use sampling systems are designed to collect samples directly from a specific point in the process, such as a storage tank or reactor. This type of system is useful when the product or material being sampled is not homogeneous.

Automated sampling systems can improve process efficiency and reduce costs by providing accurate and reliable data for process control and optimization. They can also help to ensure product quality and safety, as well as compliance with regulatory requirements.