adecuado para: Qness 60 A/A+ EVO, Qness 150 A/A+, Qness 250/750/3000 A/A+, Qness 250/750 CA/CA+
Qpix Control2 heralds a new generation of hardness testing software. It has been developed based on customer input and feedback to guarantee maximum user-friendliness. New standards in hardness testing are now being established thanks to the controlled test head with automatic height adjustment and contact-free gauging, complete integration of the Qness sample holders, CAD compatibility with 3D component imaging and a wide variety of easily comprehensible 3D control elements and view angles within the software.
Innovative CAS technology (Collision Avoidance System) protects the mechanical components in the device from collisions and operating errors by generating 3D preview calculations of all movements in the visualized testing area.
The machine moves automatically to sample holder height. Image of sample is taken automatically.
SRS - Speedy Row Set-up: Drag the row of test points to the desired position. The serial Auto-Snap function corrects the starting point of the test row automatically
Simple management of several samples at the same time even with a variety of sample types in a single mould.
Graphic presentation of stored templates with compre-hensively detailed descriptions and freely selectable guidelines.
Points along - and parallel to - a polygon line, test point marking and guide circles for exact test point positioning in the heat affected zone of the welded sample.
Grouping of test points to gain averages and deletion of anomalies in hardness profiles.
For sample image camera and measurement camera. Crystal clear sample images, from very small to extremely large test items. Automatic imaging can be programmed for before and after test sequence completion.
Configurable protocol and data presentation. Wide range of structuration options for stored test item data. Adaptable content for export files and protocol content simplifies daily operation with Qpix Control2 software.
Working with program templates and the edge recognition software module makes fine-positioning of test rows irrelevant. The machine moves to the start points automatically and corrects their positions before the test sequence is started.
Users can choose whether to approach the entire section or a partial segment of a contour. The measurement lens scans the entire route and stores all data in the program. Subsequently, a chosen number of the test points can be programmed into the system, or at chosen distances, relative to the edge. This programming enables the hardness testing sequence to be conducted completely automatically.