MICROHARDNESS TESTERFM-810/FM-310/FM-110Series

OUTSTANDING FEATURES

• USB port output
• Equipped with the cylindrical/spherical offset function and the specimen thickness calculation function.
• ADVANCED COLOR LCD TOUCH PANEL OPERATION AND DISPLAY
  • Color LCD touch panel/display coordinated with highly integrated PC board.
  • Measuring procedures, conditions and data are displayed clearly. (FM-810 Series)
• BRINELL TESTING
  • Accurate light load Brinell Testing is available as a standard function.
    Necessary additional optional item “Ball Indenter φ1mm”. (FM-810 Series)
• FRACTURE TOUGHNESS TESTING, Kc
  • Kc value can be measured as a standard function according to JIS R1607/IF Method.
  • Together with the value of Micro Vickers and Knoop,
    it is very effective to evaluate the quality of new material. (FM-810 Series)
• CLEAR VIEW AND EASY MEASURING
  • The changeable aperture diaphragm and field aperture with a newly developed light source mechanism provides more resolution at both high and low magnifications.
  • Easily changeable color filter provides more resolution. (All Series)
• A VARIETY OF SELECTABLE LOADS
  • Type of test load is selectable.
  • You can select from an abundance of loads and have own load combination(Option/Negotiable)
• X-Y COORDINATE DISPLAY
  • Stage coordinate is indicated on the display in a link operation with the digital microhead (option).
• 4 OBJECT LENSES (OPTIONAL)
  • The new turret mechanism enables to observe wide specimen area with up to 4 object lenses.
  • Various magnifications easily available by rotating the correct objective into position.
  • Placement of an indentation and its reading is more accurate and repeatable by choice of proper objective.(FM-810 Series)
• 2 INDENTERS FOR HV/HK MEASUREMENTS (OPTIONAL)
  • The new turret mechanism enables to adapt 2 indenters simultaneously.
  • It allows Vickers and Knoop tests without replacing the indenter. (FM-810 Series)

FM-810

FM-310

FM-110

CYLINDRICAL/SPHERICAL OFFSET

SPECIMEN THICKNESS CALCULATION

HARDENED LAYER DEPTH CALCULATION