CAN SEAM MICROMETER 0-13MM
R 2,325.00
Ex Tax: R 2,021.74
Quantity | Unit Price | You Save |
---|---|---|
3 or more | R 2,238.24 | 3.73 % |
6 or more | R 2,186.59 | 5.95 % |
- Stock: 2
- Model: AC348-001-01
- Weight: 0.09kg
- Dimensions: 9.00mm x 2.50mm x 2.50mm
- SKU: AC348-001-01
- UPC: 6009515893293
For 10 or more items, click to quote
Can seam micrometer 0 - 13mm
SERIES 348 -[01]-
SERIES 348 -[01]-
Can seam micrometers are specialised measuring tools designed to accurately measure the dimensions of can seams. It is used in the food and beverage industry to ensure the integrity and safety of canned products.
- Measure the width, height and depth of can seams
- Graduation 0.01mm
Applications
- Food and Beverage Industry: Essential for measuring the seam thickness of cans used in packaging food and beverages, ensuring that the cans are sealed properly and meet industry standards.
- Quality Control: Widely used in quality control processes to ensure that the seams of cans are within the specified tolerances, preventing leaks and maintaining product safety.
- Manufacturing and Packaging: Used in can manufacturing and packaging facilities to monitor and maintain the integrity of can seams throughout the production process.
Advantages of a Can Seam Micrometer
- Precise Measurements: Provides accurate measurements of can seam thickness, which is critical for ensuring product safety and quality in the food and beverage industry.
- Designed for Specific Application: Tailored specifically for measuring can seams, making it more effective than standard micrometers for this task.
- Durability: Built to withstand frequent use in industrial environments, ensuring long-lasting performance.
In summary, a can seam micrometer is an essential tool for the food and beverage industry, providing precise measurements of can seam thickness to ensure product integrity and safety. Its specialized design, featuring a non-rotating spindle and flat or disk-shaped anvils, makes it ideal for accurately measuring the delicate seams of cans without causing damage or deformation.