Dynamic fracture image analyzer

FuleDynamic fracture image analyzerSuitable for measuring and analyzing the fracture surface, notch, expansion value, crack length, Brinell hardness, Vickers hardness, line, angle, center, rectangle, and other parameters of metal material drop hammer (DWTT) and pendulum impact specimens. By using its specific electronic optical sampling system, the fracture morphology of the impact specimen can be sampled in real-time across the entire field of view, enabling the measurement of the fiber ratio of the fracture surface of the hammer and pendulum impact specimen. Easy to operate, high accuracy, and capable of performing operations that were previously impossible to accomplish manually. The stored result data can be repeatedly checked and processed by users. Can automatically draw FATT curves, ETT curves, etc.

The Fule dynamic fracture image analyzer uses a microscope lens, camera, and acquisition card to automatically obtain images of the fracture surface of the impact specimen. The Fule fully automatic fracture image analyzer can complete fracture analysis and measurement in dynamic tearing and drop hammer dynamic tearing experiments, as well as test the fiber ratio and lateral expansion value of impact specimens, and test the crack length in fracture toughness specimens. It can also measure the lateral expansion value, impact fracture fiber ratio, DWTT fracture fiber ratio, DT fracture fiber ratio, fracture crack length measurement of fracture mechanics specimens, dynamic fracture mechanics KId crack length measurement, and dynamic fracture mechanics JIc crack length measurement.

Fule Dynamic Fracture Image Analyzer Applicable Standards:

1 ASTME23；

2. GB/T229-2007 Metallic Charpy impact notch test method;

3. GB/T5482-2007 Dynamic Tear Test Method for Metallic Materials;

4. GB/T 8363-2007 Method for drop hammer tear test of ferritic steel;

5. GB/T12778-2008 and ASTM, ISO and other standard requirements.

Technical parameters of Fule dynamic fracture image analyzer:

1. Sample size: Pendulum and drop hammer samples that meet the requirements of GB, ASTM, ISO and other standards;

2. CCD pixel: 5 million, resolution: 0.001mm;

3. The computer automatically calculates the analysis results of the sample and can print the test report;

4. Dimensions: 300mm x 400mm x 750mm (length x width x height);

5. Real time acquisition of fracture morphology and storage of raw images;

6. Image data analysis and processing, user history storage and reanalysis functions;

7. Capable of exporting experimental data to the user's database in EXCEL format;

8. The complete database function includes functions such as querying by test items, browsing historical photos, printing fracture images, and printing databases.