Popis
AR-Model - Visit the page with your smartphone or scan the QR code under "View in Room" and experience the 3D model in the real world! 
Integrated conversions DIN EN ISO 18265, DIN EN ISO 50150, ASTM E-140 Qness 60 M/A+/ all Vickers test methods possible with standard scope of delivery ✓ Qness 10 M/A+ with standard scope of delivery HV0.02 to HV10 possible. * not according to standards PHASE ANALYSIS
DIN 9042, ASTM E-562
Automatic image object dimensioning Provides analysis results as percentage proportions of a surface or as nominal surface values as tables or diagrams
PARTICLE SIZE DETERMINATION
DIN 9042, ASTM E-562
Particle size determined via linear or circular section method Results of the analysis provided as tables or diagrams Abrams Circles, Heyn Lines, Snyder-Graff Line
LAYER THICKNESS MEASUREMENT
DIN EN ISO 1463
Determination of layer thickness Semi-automated gauging of horizontal, vertical and radial layers.
WELD SEAM MEASUREMENT
DIN EN ISO 5817
Standardised measurement and evaluation of weld seams Prefabricated templates with all relevant measuring tools such as throat thickness, weld reinforcement, penetration depth, etc. Automatic good/bad evaluation and report generation
All QATM hardness testers with QpixControl2 and QpixT2 software seamlessly integrate into the Verder Scientific IoT platform, providing enhanced functionality and seamless connectivity.
- Real-time Monitoring: Monitor your machinery in real time, from anywhere in the world. This data-driven approach empowers you to make informed decisions with ease.
- Live Notifications: Be ahead of the curve with immediate alerts and updates. Real-time notifications ensure you stay informed about your equipment's performance, leading to proactive maintenance.
TEST SPACE LIGHTNING All devices are equipped with the new LED work space lighting: Simplified positioning of samples for single-piece tests. 
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§ss. 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 turret of the Vickers / Knoop / Brinell hardness tester. 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. 
NEW ROCKWELL TEST METHOD In addition to the Vickers, Knoop and Brinell optical methods, Rockwell measurements can now also be carried out with the new micro hardness testers. A special Rockwell test module has been developed for this purpose. 
CAS TECHNOLOGY Innovative Collision Avoiding System (CAS) technology protects the mechanical parts in the device using predictive 3D motion calculations to visualize the effects of collisions and operation errors. 
DIGITAL CALIPER The digital caliper is compatible with the Qpix Control2 system and reads the dimensions, height and diameter of components wirelessly and at the push of a button, entering them into the software. The test head height control in the A+ hardness tester enables the test height to be reached completely automatically with no need for manual input. 
SAMPLE IMAGE CAMERA It's no coincidence that most QATM customers choose the ‘A+’ version with a built-in sample image camera. In a few seconds the image of the sample is shot with the additional camera (field of view 52 x 39 mm). The image provides excellent navigational support within the software, particularly in combination with DOUBLE- VIEW TECHNOLOGY, and aids enhanced documentation in the automatically compiled test report. 
HIGH-RESOLUTION SAMPLE IMAGE (HRI) If high-quality images of larger areas are required (e.g. for weld seam measurements), the area can be scanned using the HRI function. The Qpix Control 2 software automatically combines the individual images into one large overall image. 
CUSTOMER-SPECIFIC SAMPLE HOLDER Identical samples can be set up in the software in scale as a 3D model. 
EXACT POSITIONING AND A LARGE TEST SPACE All 3 axes are equipped with incremental measuring system. The axes and turret can be positioned to an accuracy of 4 um, so the perfect solution for classic micro hardness testing. Series measurements can be repeatedly and accurately approached. 
DIFFERENT TEST HEIGHTS The unique construction of the highly- dynamic tool changer turret allows the positioning of test pieces at various heights within the test area. Innovative CAS technology protects the unit from collisions. 
EVEN LARGER WORK ROOM The optional large slide doubles the test table surface area to 300 x 120 mm. If required, the test height can also be extended from 150 mm to 260 mm. 
OPTIMIZED PERFORMANCE AND SILENCED DESIGN Optimized testing parameters and shorter intervals for serial autofocus, brightness regulation and image analysis, facilitate unbeatable cycle times during everyday operation involving hardness testing devices of the new micro hardness tester product line; and it’s even faster than the previous model. A further benefit of the new machine concept is the emphasis on reduced noise emissions in operation and motion, making it particularly suitable for laboratory work. 
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 generator 
SURFACE INDENTATION RECOGNITION The adjustable surface indentation recognition function reduces the required eff ort of sample preparation for testing the hardness of non-optimum surfaces. Hence, automatic indentation recognition is also possible on critical surfaces (etching, grinding...). 
EMBEDDED SAMPLES The secure clamping of samples thanks to a redesigned holder with a built-in clamping force limiter, simplifies sample centering and positioning. A plate with a ball-joint even clamps specimen that cannot be held flat to prevent tilting or sliding during analysis. Available with 1, 4 or 8 holding positions and adapter rings for a large range of metric and imperial sample diameters. 
NON-EMBEDDED SAMPLES Components of almost all geometrical shapes can be fitted into the universal sample holder. Four clamping bolts can be set variably in various T-slots. 
SPECIAL CLAMPING DEVICES QATN is the right stop for advice on complex requirements and clamping devices! It would be our pleasure to advise, devise, customize and implement a solution for you. Only the right component clamping solution can guarantee reliable results. 
IDENTICAL SAMPLE TESTS An entire range of relevant data, such as test patterns, test methods and user fields can be activated via pre-defined sample magazines. QATM can provide the most suitable clamping setup, matrices and cassette systems for every requirement. 
PRISMS QATM prisms also enable round components to be tested with our devices. Benefit: Integration of the 3D model in the software automatically determines the center of the component and the highest point of each piece. 
VICES The clearly-organized, large and robust test room facilitates universality. Additionally, clamping samples straight into conventional vices reduces the effort required to prepare the sample, and expands the range of possible future test applications. QATM vices are also available with extra templates, enabling samples to be repeatedly clamped in precisely the same position. 
1. LOAD SAMPLES The machine moves automatically to sample holder height. Image of sample is taken automatically. 
2. LOAD ROW AutoSnap - 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. 
3. START TEST SEQUENCE The test sequence is executed according to the applicable hardness testing standards. 
Popis obrázku (smažte, pokud jej nechcete uvést) 
Popis obrázku (smažte, pokud jej nechcete uvést) 
FULLY AUTOMATIC HARDNESS TESTING Several progessions and samples are created and completed "unmanned" (i.e. 60 progressions on 8 different samples in one test run) 
AUTOMATIC MINIMUM DISTANCE The distances between the test points are generated fully automatically to the minimum standard distance. This makes the test results even more accurate. If the distance is less than required by the standard, the affected test points are highlighted accordingly. 
SAVE TIME WITH OPTIMUM STOP Time-saving test mode ‘Complete all indentations — then evaluate’ and ‘Optimum Stop' to complete test series as soon as the lower hardness limit has been undercut. 
SIMPLIFIED LENS SELECTION Based on the selected method (e.g. HV10), the suitable hardness range is displayed for each lens, which can be measured. The most suitable lens is also highlighted. 
DUAL SYSTEM With the Qpix Control 2 software, several QATM devices (for example a Qeye 800 and a Qness 60 A+ EVO) can be operated with the same PC system. It is easy to switch back and forth between the two devices in the software. 
TEMPLATE FUNCTION | Ideal for repeated tests / components | Alignment of ‘test point mappings’ directly on the work piece with reference lines and bench marks | Test point and analysis patterns without ‘fixed stop’ or sample holder | The sample image can be used in a clearly- structured test report 
WELD SAMPLE TESTING AND ANALYSIS Serial provision of ‘Advanced Welding’ functions facilitates the simple, norm- compliant (e.g. EN ISO 9015 & EN ISO 22826) integration of test mapping for Brinell / Knoop / Vickers hardness testing. Pre-defined patterns can be simply adapted to each respective test piece via interactive functions. If required, Qpix INSPECT modules can also provide a simultaneous material-graphics analysis of the weld seam. 
1. Create area 
2. Define grid 
3. Display in 2D 
Display in 3D 
Homogenous hardness distribution chart on wire cross section 
Test point pattern on a non-bedded specimen 
TOOTH FLANK TESTING The time-consuming creation of test points, especially with tooth flank testing, is minimized by means of pre-defined templates. The A+ version enables the entire normed procedure between HV30 and HV1 to be done by one single device. 
MODULE FOR SINTERED COMPONENTS With this module, an area on the component can be easily defined and the number of hardness test points defined, especially for sintered samples. The software automatically searches for a position in the selected area where a hardness test indentation can be placed so that it is placed at a suitable location. 
FRACTURE LENGTH MEASUREMENT The K1C value is established via norm-compliant measurement of the 4 fracture lines. The MPa√m is subsequently calculated automatically. 
BARCODE/QR CODE/DMC READER Qpix software platforms support barcode and QR code readers. Whether simply inserting header files (serial), managing the complete integration of reading devices for the automatic selection of templates, or calling up data from superordinate systems (optional) – barcode/QR code readers simplify work procedures for the tester, while also preventing operating errors. 
EDGE RECOGNITION Edge recognition involves automatic adaption of test row starting points to the sample edge when using the according project and templates. The module significantly increases the degree of automation and is an ideal add-on to the serially provided AutoSnap function 
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 
INSPECT WELD SEAM MEASUREMENT Standardised measurement and evaluation of weld seams Prefabricated templates with all relevant measuring tools suchas throat thickness, weld reinforcement, penetration depth, etc. Automatic good/bad evaluation and report generation. 
CALIBRATION MANAGER This is a leap forward for calibration result management - The QATM Calibration Manager reminds operators of the necessary tests at freely definable intervals. Test results are added to the ongoing statistical record at the push of a button. 
PREMIUM HARDNESS TEST BLOCKS Premium quality in comprehensive variety. Independent DAkkS (ISO/IEC 17025) calibration according to DIN EN ISO and ASTM including software for periodic norm-compliant tests. 
LOGIN VIA NFC The Qpix Control 2 software supports user login using an external NFC reader. Depending on the NFC tag/card, the customer‘s existing access cards can also be programmed in, for example. 
Související produkty
-
QA0089300
-
QSO095700
-
QSO095800
-
QSO095900
| Hmotnost | 60 kg |
| Rozsah zkušební síly | Qness 10 A+: 20 gf - 10 kgf (0.196 - 98.07 N) Qness 60 A+: 0.25 gf - 62.5 kgf (0.00245 - 612.92 N) |
| Testovací metoda | Vickers, Knoop, Brinell, Rockwell (volitelné) |
| Testovací sekvence | Plně automatizovaná / elektronická aplikace síly |
| Z-axis | Dynamic, automated (CAS-Technic) |
| Z-axis travelling distance | 150 mm (5.91“); Option: 260 mm (10.2“) |
| Throat depth | 170 mm (6.69“) |
| Tool positions | 8-fold motorized tool changer max. 3 hardness testing modules, max. 7 lenses |
| Camera system | 5 Mpixel - CMOS color, USB3.0 |
| Optical system | Upright microscope with Koehler lighting |
| Aperture diaphragm | motorized |
| Lenses | XLED 2x, 2.5x, 5x, 10x, 20x, 50x, 100x |
| Lens types | Standard (Achromat) and High Quality (Semi-apochromat) for hardness testing and microscopy XLED for optimised Brinell hardness testing |
| Field of view (acc. to equipment) | 0.074x0.055 mm (100x) to 2.80x2.10 mm (XLED 2) |
| Sample image camera | 5 Mpixel - CMOS color, USB3.0 52 x 39 mm (2.05 x 1.54“) |
| Test anvil / XY cross slide | Automatic cross slide |
| Table size | 150 x 120 mm (5.91 x 4.72“); Option 300 x 120 mm (11.8 x 4.72“) |
| Positioning accuracy | +/- 2 μm |
| Traverse path at cross slide | X 150, Y 150 mm (5.91 x 5.91“); Option: X 300 x Y 150 mm (11.8 x 5.91“) |
| Control elements | Emergency stop, Start button, Joystick X/Y/Z |
| Software | Qpix Control2 |
| Max. workpiece weight | 50 kg (110 lbs) |
| Weight of basic device | 60 kg (132.3 lbs) |
| Included basic equipment | Indenter Vickers ASTM + DAkkS; Lens 5x, 20x, 50x |
| Interfaces | 1 x USB 3.0 |
| Power supply | 100 – 240 V ~1/N/PE, 45-65 Hz |
Mikrotvrdoměry QNESS
Buďte první, kdo napíše příspěvek k této položce.
Pouze registrovaní uživatelé mohou vkládat příspěvky. Prosím přihlaste se nebo se registrujte.