|
| Microdurometri Manuali e Automatici |
| UHL - VMHT |
UHL VMHT 001
UHL VMHT 002
|
The new UHL VHMT not only has an exceptional new design, it makes microhardness testing more convenient for the user than any other instrument:
• 12 steps of test force yield more than the range required by ASTM E-384/EN ISO 6507/EN ISO 4545.
• Motorized selection of test force offers full control via touch panel display there is no mechanical dialing knob necessary.
• Selectable approach velocity prevents bouncing effects on specific materials.
• Focus finder helps to quickly determine the focal plane
especially in case of highly polished samples.
• Especially in the fields of testing laboratories and materials research, the outstanding performance of the VMHT
and VMHT MOT can be appreciated.
• The VMHT is a cost-effective instrument with manual turret movement and is push button controlled.
• The VMHT MOT offers a motorized turret and a touch panel display for more comprehensive information and interaction.
• Due to the outstanding optics it can be used as a simple brightfield metal microscope.
|
| UHL - VMHT AUTO |
UHL VMHT AUTO |
 Fully Automated Measurements
In case of many similar samples like in production sites with high capacities or where the test parameters have to be applied always in the same reproducible condition, the VMHT
AUTO brings its full capacity.
The operator just orientates the specimen on the motorized stage and defines the test parameters using the Interactive Measuring Software IMS-VMHT. Consecutively, the system performs the measurements fully automated without any further attendance.
Enhanced Labour Productivity
Since the VMHT AUTO is destined to perform its measurements unattended, it leaves the personnel capacity free for other tasks, e.g. sample preparation.
Ease of Use
No extensive elaborate training or programming knowledge is required to operate the system. The Interactive Measuring Software IMS 4 (working under WINDOWSTM 2000) offers a simple working environment. All neccessary information is shown on one screen. The operator is able to recall previously defined measuring routines. |
|
|
