video corpo

AMH55
6Pages

{{requestButtons}}

Catalog excerpts

AMH55 - 1

Hardness Testing Systems

Open the catalog to page 1
AMH55 - 2

AMH55 – Hardness Testing Systems Maximise your productivity and easily measure impressions on various surface conditions for a wide number of applications with LECO’s AMH55. The AMH55 introduces LECO’s innovative CORNERSTONE ® brand software to our hardness testing platforms, for increased usability, simplified reporting, and streamlined analysis times. The AMH55 is ideal for: Case Depth Analysis | Coating Hardness | Surface Analysis | Powdered Metals | Weld Profiles | Fasteners | Decarburisation The AMH55 supports all standard loads for microindentation and Macro/Vickers hardness testing....

Open the catalog to page 2
AMH55 - 3

AMH55 Model Highlights and Features Choose the model configuration that fits your needs. All models include our exclusive CORNERSTONE® brand software and the following functionality: • Advanced image-recognition technology allows analysis of information not available with limited threshold-based methods • Measures impressions with various surface conditions, including scratched or lightly etched AMH55 Automatic • Simultaneous automatic alignment and automatic parfocal tools • Automatic pixel calibration • Automatic shading correction • Standard touch-screen interface with multi-touch...

Open the catalog to page 3
AMH55 - 4

® User-friendly CORNERSTONE  Brand Software LECO’s unique Cornerstone brand software sets the AMH55 apart from other automatic hardness testers. Designed through a collaboration of customer feedback and innovative engineering, Cornerstone gives the user complete control over their analysis parameters, method settings, calibrations, reporting, and more so that testing can be tailored to a specific application. A touch-screen interface and automatic software capabilities, such as simultaneous auto alignment and auto parfocal adjustment, deliver increased speed, ease-of-use, and repeatability...

Open the catalog to page 4
AMH55 - 5

Performing a Case Depth Analysis using the AMH55 Automatic The AMH55 Automatic Micro/Macro Indentation Hardness Testing System combines the tasks of sample testing, measuring, converting, and documenting into one automated instrument operation. Just load the sample, select the indentation pattern(s), and initiate the test. This fully automated system makes the indentations, measures them, calculates their hardness, and then displays the results. The AMH55 Semi-Automatic and Lite configurations offer the same great testing capabilities, but with less automatic functionality and features to...

Open the catalog to page 5
AMH55 - 6

Package Configurations Select one of the following hardness tester options with your AMH55 package. Optional Advanced Analysis modules • Color Hardness/Contour Map (shown below) LM110/310 Series Microindentation (refer to spec sheet 209-094-001) • Auto Indent Placement • Auto case depth LM248/810 Series Microindentation (refer to spec sheet 209-094-009) LV110/810 Series Vickers (refer to spec sheet 209-094-002) Optional Color Hardness Contour Map displays sample hardness and location with a color representation of hardness variances. LMV-50V Load Cell Micro/Macro (refer to spec sheet...

Open the catalog to page 6

All LECO catalogs and technical brochures

  1. TGA801

    8 Pages

  2. SS1000

    2 Pages

  3. MX500

    2 Pages

  4. MX400

    2 Pages

  5. LCB3100

    2 Pages

  6. 828 Series

    8 Pages

  7. TGM800

    8 Pages

  8. 736 Series

    8 Pages

  9. RC612

    4 Pages

  10. 836 Series

    8 Pages

  11. CS744

    8 Pages

  12. GDS Series

    12 Pages

  13. 832 Series

    8 Pages

  14. CS844 Series

    8 Pages

  15. 928 Series

    8 Pages

  16. GDS900

    8 Pages

  17. eBook Food

    48 Pages

  18. EATC Berlin

    8 Pages

  19. VX4

    1 Pages

  20. AC500

    2 Pages

  21. AF700

    2 Pages

  22. DH603

    4 Pages

  23. L-PAL3

    2 Pages

  24. SX100M

    2 Pages

  25. PAX-it 2

    2 Pages

  26. Pegasus BT

    6 Pages

  27. AC600

    4 Pages