QMTWheeltest-Vision
Control of rotating clock mobiles
Equipment for measuring beats and splits
During the measurement, the values are displayed instantly in the graph according to the progress. After several wheel cycles (defined duration), the results are displayed and indicate whether the measured part is compliant or not compliant (OK/KO). Batch management, report editing and the interface with statistical software allow optimal integration of the equipment into a quality process. The QMTWheeltest-Vision can also be personalized thanks to the “Fit For You” program.
- High-accuracy dynamic measurements of beats and splits
- Ease of use with binocular to position component and intuitive software
- Five training devices to measure all types of components
- Two measurement modes for laboratory and production
qmt customization programs
measure
Solution according to specifications
charges
Measurement for production
An optical inspection device
qmtwheeltest-vision technologies
The qmtwheeltest-vision is a device developed by qmt to meet the specific needs of measurements in the microtechnical fields and in particular watchmaking.
The qmtwheeltest-vision has an optical system that acquires the image of the whole part at high resolution and high speed to allow dynamic measurement.
The binoculars integrated into the qmtwheeltest-vision facilitate the removal of the components on the mountings
With the telecentric lens, the high resolution camera
Dedicated software for measuring beats and splits for optimal intuitiveness
A configurable export module allows the creation of a personalized configuration without having to make a new version of the software
Rotation of the part for dynamic measurement. With the 5 mountings, all the components can be controlled: mobiles, boards, sprockets, ...
“More than 100 systems are produced each year for a large number of customers”
List of References
Wheeltest 1
- 2 parallel jaws in ruby with 1 notch in "Vé", prof. 0.9 mm, angle 90 °, th. 0.6 mm
- Jaw spacing adjustment by μ-metric screw with 0.25 mm pitch fitted with return springs
- Adjustment of the height of the movable jaw by screw and return spring
- Speed adjustment from 9 - 22.3mm / sec (0.5 to 2.3mm / sec with reduced speed option)
Wheeltest 2
- Pins with 60 ° ruby point, adaptation of Azurea pegs and hollow pins
- Workpiece drive by rod, with grip between the arms of the board
- Spindle drive speed of the mobile 8.9 - 17.8 rpm
Wheeltest 4
- Taper spindle (15 °) of rotation (dia. 4mm) and support spindle (bore dia 2mm)
- Adjustment of the control position of parts to be measured by mechanical stop
- Spindle drive speed 16.2 - 32.5 rpm (1.5 - 3 rpm with the reduced speed option)
Wheeltest 5
- 2 parallel jaws in ruby with 1 notch in "Vé", prof. 0.9 mm, angle 90 °, th. 0.6 mm
- Jaw spacing adjustment by μ-metric screw with 0.25 mm pitch fitted with return springs
- Adjustment of the height of the movable jaw by screw and return spring
- Speed adjustment from 3.9 - 22.3mm / sec (0.4 to 2.2mm / sec with reduced speed option)
beat measurement
| Functions | QMTWheeltest-Vision | QMTWheeltest-Vision-F4Y |
|---|---|---|
| Fields of view [mm] | 9.1x6.8 | According to specifications |
| Accuracy [μm] | 2 | According to specifications |
| Time for a measure | < 5 seconds (single parts) | According to specifications |
| Binocular | When installing the component | According to specifications |
| Lighting | Diascopic and episcopic (installation of the component) | According to specifications |
| Measurement software | qmtwheeltest-vision | According to specifications |
| Focus (z axis) | Manual | According to specifications |
| Component drive | VOH Wheeltest drive systems 1, 2, 3, 4 and 5 (optional) | According to specifications |
| Computer science | External PC in Windows 10 | According to specifications |
| Dimensions (H x W x D) [mm] (without computer) | 420x330x335 | According to specifications |
| Item code | AQ005AA001 |
Measurement and control at the edge of lines and in laboratories
Five product lines
Acquisition and processing of signals with software, hardware, acquisition hardware and sensors
Autonomous, they are dedicated to measurement for control by sampling in production and for the laboratory
Completely automatic from the feeding of the parts to the control: any non-compliant part is thus ejected and therefore the quality control is 100% guaranteed
qmtembedded
They operate autonomously with acquisition, processing and control to supervise and automate
qmtbench
physical systems allowing to put a product in configurable and controlled conditions of use in order to observe and measure its behavior