During the production of injection molded parts, errors often occur that lead to defective components. With the MV.EYE i2 product line, MABRI.VISION enables automated optical testing of various power modules / IGBT modules.
100% testing in production cycle
Testing of all features on the power module with a single system
Data storage, measurement reports and documentation images
Interface to your ERP and production system
Flexibly adaptable for different power modules
Flexibly adaptable test recipes, individually expandable test features
More cost-effective compared to time-consuming manual testing using coordinate measuring machines, for example
MABRI.VISION specializes in the development and implementation of complete vision solutions for use in production and research. Whether 100% testing directly on the product carrier system or in the clean room: by combining different high-performance optics, we meet your individual testing requirements.
The testing procedures can be combined in modular ways and are based on the properties and characteristics to be tested for your component. Depending on the requirements and component size, it is also possible to vary the size of the sensors.
When testing components using the shadow casting principle, the contours of the test parts are recorded with high accuracy. This makes it possible to measure difficult features such as contact pins and pins, which are often challenging for other 3D inspection methods. By adding this test unit, a high level of flexibility is achieved in the detection of difficult test features, even with short cycle times. However, this testing technology not only impresses with its precision, but also with its high measurement rate, even for complex testing tasks. Shadow testing is therefore ideal for testing moving products directly in the production line.
700x70mm
71MP
from 20 ms
The telecentric 2D inspection impresses with its high resolution of up to 71 MP and a sampling time from 20 ms. Despite a large field of view, telecentric testing can be carried out. The inspection system is supported by coordinated lighting.
280x280mm
71MP
from 20 ms
The precise inspection of large components using 2D camera technology is challenging. This is due, on the one hand, to the lack of 3D information and, on the other hand, to the requirements for the camera and optics. We address these challenges by using special telecentric lenses with a large field of view. In addition, we rely on the latest camera technologies and thus achieve new possibilities in precision and resolution. In addition, we use the 3D information from the remaining test stations to further optimize the alignment of the measuring plane.
Line sensors are an effective and cost-effective solution for inspecting 3D features and complete component digitization. What is particularly noteworthy is the speed and precision of the surface measurement. By using the latest light section sensors, highly accurate measurements are also possible for multi-layered, reflective and transparent materials.
Thanks to their high measuring speed with up to 6 million measuring points per second, 3D line sensors are ideal for use in inline testing systems. The robust sensors easily withstand the specific requirements of industrial high-efficiency environments. Rely on both non-contact and seamless testing in your production with fast, three-dimensional detection of large surfaces.
With up to 6 million data points per second, the 3D line sensor is one of the most commonly used sensors in industrial inline use. Robust measurements with resolutions in the single-digit micrometer range correspond to the industry standard. The 3D line sensor can be used flexibly on different surfaces.
2 x 240mm
25 µm
4 µm
We achieve the balancing act between industrial software and a modern user experience by combining various platforms and technologies in our framework. This is how we map real-time processes and the usual Windows environment in one. This enables you to operate our testing systems efficiently and with little training. Features include:
Machine learning and artificial intelligence are more than just a marketing term at MABRI.VISION. During the design phase, our experts evaluate whether the use of AI solutions can meaningfully support the test.
The requirements of modern production environments are diverse and challenging. None of the complex manufacturing processes are the same - which is why adaptable solutions are required, especially in terms of quality control. The MABRI.VISION testing system MV.EYE i2 WT is designed so that it can be modularly adapted to your production conditions.
The MABRI.VISION testing system is suitable for use on various product carrier systems in production. Depending on the requirements of your application, the MABRI.VISION team is happy to implement the tests in a rotary transfer system.