เครื่องทดสอบความแข็งโลหะ Vicker Hardness Tester MMT-X Series (Matsuzawa)

Micro vickers hardness tester MMT-X series
The latest micro hardness tester of Matsuzawa which evolved with user needs.
(capable to support every specimen)(click a following link, you can confirm specimen details example)
we suggest one of them which we adjusted to various needs and provide it.

• Visibility and operativity improve by color LCD touch panel.
• In addition to conventional HV, HK measuring mode, four kinds of measuring mode(fracture toughness(KC), light-load brinell, Xbar, cylinderical correction) was carried.
• the assist function which can identify the testing condition which is optimum is carried. The testing condition which is optimum can be confirmed by satisfying 2 from 3 condition of thickness, hardness, testing force.
  (correspondence model:MMT-X3,MMT-X7)

Two indenter and four objective lenses are realized following conventional stable loading mechanism.
The measuring that reliability is high can be done in various test condition.(All model correspondence)

Auto Turret perform a series of load operations and the object lens for measuring comesautomatically back to central position after making indentation.Positive turret stopsensure exact alignment of the indenter to the measuring and scanning objectives. this allows precise placement of the diamond impression on your test sample.(correspondence model:MMT-X7)

• By wide test load range of 9 level(type A) and 12 levels(type B), testig of 1-2000gf can be done.
• Automatic load changeover device is optional(correspondence model:MMT-X3,MMT-X7)

• LED light source is prepared in standard spec.
• Power is shown in measuring by high magnification and specimen measuring of low contrast.

reducing an error between measurer!	reducing an error between measurer! and reducing hardness measurement cost time!
adjusting an error between measurer with TV measuring device	measuring automatically by the latest image processing technology, measuring a plural number consecutively on an automatic stage