Materials Testing

Items 1 to 12 of 16 total
    STE/D for Impact Tests only
    An applied force creates an indentation into the surface with a load determined by a calibrated expendable shear pin, which breaks at 1580 kgF (15.500N). The diameter of the resulting indentation is measured by means of a conventional Brinell Scope.
    Eagle 3000
    The Brinell Eagle 300 hardness tester is suitable for laboratory and serial tests.
    HTD4000
    The HTD4000 operates by a continuous depth of indentation measurement process while the load is steadily increased. The electronics calculates the hardness based on the displacement, depth, and force applied.
    BRE-AUT 100
    An automatic Brinell hardness tester for high volume testing works according to the standard Brinell loads and penetrators. Measurable maximum height 400mm, depth 200mm.
    Twin X
    A Rockwell automatic hardness tester with direct read out in Rockwell and Superficial Rockwell scales.
    BRE-AUT ATMS 2008
    A completely automatic testing cycle with in/out tolerances selection.
    Omnitest
    An automatic universal hardness tester for test methods such as Rockwell, Superficial Rockwell, Brinell and Vickers. Particularly suitable for laboratory use.
    AT 130D
    Simple, quick and precise measurement, the AT 130D clamping shield permits the measure of big and irregular pieces.
    HTD1500
    The HTD1500 operates by a continuous depth of indentation measurement process while the load is steadily increased. The electronics calculates the hardness based on the displacement, depth, and force applied.
    STE/SD for Static and Impact Tests
    An applied force creates an indentation into the surface with a load determined by a calibrated expendable shear pin, which breaks at 1580 kgF (15.500N). The diameter of the resulting indentation is measured by means of a conventional Brinell Scope.
    BRE-AUT 300
    An automatic Brinell hardness tester for high volume testing works according to the standard Brinell loads and penetrators. Measurable maximum height 850mm, depth 250mm.
    AT 250
    Measuring on components of large dimensions is possible and not influenced by deflections. The use of the clamping cap and the insensibility to deflection and vibration allows measuring even on large components.
Items 1 to 12 of 16 total

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