UNLIMITED OPTIONS

• Hardness testing module with a test force range of 0.25 g to 62.5 kg as standard – including ASTM & DAkkS-certified Vickers test diamond
• 3 versions - from semi-automatic application (M) to full automation (A/A+) 
• Solidly-built machine – ‘Made in Austria’
• Variably-structured, vibration-reducing cast body with frame in anodized aluminum.
• Fully automated test cycle: Electronic force appplication and closed-loop control

VERTICAL CONCEPT WITH 2 Z-AXES

There are decisive benefits in distributing vertical movement across 2 axes. Via the first Z-axis there is dynamic motion control, allowing the indenter to be positioned towards the test surface quickly and conveniently at up to 30mm/s.

The additional second Z-axis in the QATM system offers a high-resolution positioning system for greater precision in force application and focusing.

8-POSITION TOOL CHANGER

Up to 8 different test diamonds or lenses can be mounted to the ultra-modern test turret. The compact structure is angled at 20° to guarantee excellent test room visibility.

Highlight: The newly developed hardness testing modules serve as modular indenter holders enabling plug-and-play retrofitting of Brinell and Knoop test equipment at any time after delivery.

REVOLUTIONARY OPTIC SYSTEM

The QATM-developed, in-house manufactured lens system sets new standards. As well as providing crystal clear image quality for hardness testing, Koehler illumination uses white LED light and motor-operated aperture shuttering to produce ideal contrast, even for high magnification images. The color-corrected high-quality lens series is used for structural analysis. There are also two camera systems to choose from. Experienced metallurgists agree the image quality provided by the Qness 60 EVO is comparable in all aspects with that of established sophisticated microscopes. The up-to-date concept and new lenses in the optic system enable the device to completely meet even the strictest physical ‘test system definition’ requirements in compliance with DIN EN ISO6507-1/2:2018.

INTERACTIVE TEST SOFTWARE FOR ALL VERSIONS

Qpix Control2 is pioneering the ultra-modern software operation of hardness testing equipment and has been expanded to include intelligent measurement tools for lengths and angles. It’s ideal for establishing templates, and now also for the testing of welds (A/A+ models). In addition, the optional INSPECT software modules can be seamlessly integrated into the overall operating infrastructure:

• Phase analysis
• Layer thickness measurement
• Grain size evaluation

MAXIMUM VERSATILITY

Unsurpassed in single-piece testing and limited series tests on items of all sizes: Simple operability and optional additions for microscopy make QATM Qness 60 M EVO a unique, high-quality, all-round package.

DIGITAL CROSS SLIDE WITH DATA FEEDBACK

Enables serial predefinition of test programs with fixed numbers of test points. If required, also with a manual slide, digital micrometer spindle and positional return – as used for manual CHD progressions.

TEST SPACE LIGHTING

COMPREHENSIVE RANGE OF BASIC FUNCTIONS

Several labour-saving features are already included in the QATM base model:

• Optimized autofocus system
• Automatic brightness regulation
• Automatic image evaluation for hardness testing with multiple evaluation modes
• Built-in protocol generato

INSPECT PHASE ANALYSIS

• Automatic image object dimensioning
• Evaluation of phase fractions according to ISO 9042 and ASTM E562
• Provides analytics results as percentage proportions of a surface or as nominal surface values as tables or diagrams

INSPECT LAYER THICKNESS MEASUREMENT

• Determination of layer thickness according to DIN EN ISO 1463
• Semi-automated gauging of horizontal, vertical and radial layers.
• Provision of layer thickness as statistical values for lengths as tables or diagrams.

INSPECT PARTICLE SIZE DETERMINATION

• Particle size determined according to DIN EN ISO 643 and ASTM E112 via linear or circular section method
• Results of the analysis provided as tables or diagrams
• Documentation of statistical characteristics of particle size and segment lengths cutting through the particles