Precision Shunts

Precision diverters are specialized devices used in manufacturing processes, particularly in the packaging and processing industries, to accurately control the flow of materials such as powders, granules, or liquids. They are designed to divert or redirect materials from one path to another, ensuring precise control over the distribution and dispensing of these materials.

Definition:
A precision diverter is an automated system that can switch the flow of material between different channels or containers with high accuracy. It is typically used in continuous production lines where the precise control of material flow is critical for maintaining product quality and consistency.

Function:
1. Flow Control: Precision diverters control the flow of materials by opening or closing pathways, allowing for the precise dispensing of materials in specific quantities.
2. Path Redirection: They can redirect the flow of materials from one path to another, which is essential in processes that require multiple stages or where materials need to be sorted or separated.
3. Automation: Many precision diverters are integrated into automated systems, allowing for无人值守 operation and reducing the need for manual intervention.

Applications:
1. Pharmaceuticals: Used in tablet or capsule filling machines to ensure the correct dosage is dispensed.
2. Food Processing: For portioning and dispensing ingredients in food production lines.
3. Chemical Industries: To control the flow of chemicals in reactions or to separate different components.
4. Powder Coating: For applying a consistent layer of powder to objects in a production line.
5. Automotive: In paint booths to control the flow of paint or other coatings.

Selection Criteria:
1. Material Compatibility: The diverter must be compatible with the material it is handling, considering factors like corrosiveness, temperature, and abrasiveness.
2. Accuracy: The diverter should provide the required level of precision for the application, ensuring consistent and repeatable results.
3. Reliability: It should have a proven track record of reliability and durability to minimize downtime.
4. Ease of Operation: The diverter should be easy to operate and maintain, with user-friendly controls and minimal need for manual intervention.
5. Integration: It should be compatible with existing production line equipment and capable of integrating with other systems for automated control.
6. Sanitary Design: For applications in food, pharmaceutical, or medical industries, the diverter should meet sanitary standards to prevent contamination.

In summary, precision diverters play a crucial role in various industries by ensuring the accurate and controlled flow of materials, which is essential for maintaining product quality and efficiency in production processes.
Please refer to the product rule book for details.