HM 2000 S Micro Hardness Testing Machine

Fischerscope HM2000 S is a modern Microhardness Testing Machine or nanoindentation gauging instrument used for finding the marten€™s hardness HM, particular elastic quantities, the indentation hardness, the indentation modulus as well as supplementary material factors. This fischerscope Microhardness Testing device HM2000 S is tested according to ISO 14577-1 as well as ASTM E 2546 standards. In addition, it also measures the factors in nanometer and micro range.

Design

• Available with a measuring head HT2000 that contains the test load generating unit, the position measurement unit and the indenter that is ideal for measuring indentation depth and whole electronic system.
• HM2000 S can be upgraded with a programmable positioning aid.

Features

• Minimum requirements on sample preparation
• In-situ zero point determination while measuring
• Measurement of dark surfaces with no sample pretreatment
• Optional: additional stone plate along with silicon damper pads to decrease influence of vibrations
• Easy operations through the WIN-HCU ® Software
• Outstanding measuring head HT2000 temperature stability, the creep behavior of materials is determined accurately with measuring times up to numerous hours
• Ample load and depth variety
• Ideal for a number of applications like ceramic diamond-like carbon coatings, polymeric automotive clear coats, etc.
• High end designs for all environments
• Majority of samples is measured quickly without the need of preparation of special samples
• Exceptional thermal stability for study of rate-dependent polymers material properties
• Optional: Stone plate with silicon damper pads to decrease influence of vibrations
• Indentation: Berkovich, spherical indentors or Vickers are provided
• Dark surfaces measurement in the lack of sample pre-treatment
• Convenient operations with customizable WIN-HCU Software

Typical areas of application are

• Paint, synthetic coatings (PVD, CVD) or hard material
• Materials used in medical technology applications
• Plasma-applied coating systems
• Electroplated coatings (decorative, functional)
• Electronic components