Machine vision system

Vision Components, Development, Integration



With our special machine construction department we develop customer-specific individual solutions.

Software development to control complex processes of your industrial requirement.


Mechanical Engineering

With our special machine construction department we develop customer-specific individual solutions.
With our special machine construction department we develop customer-specific individual solutions.


Industrial image processing

Machine Machine Vision & Artificial Intelligence – Find your partner to execute complex workflows with reliable results.
Discover the modular platform evoMAVIS, as well as other technologies, software and hardware products,
as well as methods and know-how,
that can support your company in applications such as component quality inspection, process control and robot guidance.

Discover the modular platform
for industrial Machine Vision and artificial intelligence.

Methods & Solutions

The realization of an Machine Visionincludes the planning of the details of the requirements and the subsequent creation of a solution.
Choosing the right Vision componentsthe development of the appropriate algorithms and the integration into existing systems plays a decisive role in the success of your project.

The identification of objects by means of applied or imprinted markings plays an important role in material flow control and logistics applications. Typical markings are standardized barcodes or DataMatrix codes, but also customer-specific codes.

The identification of objects based on characteristic features such as shape/geometry, dimensions, color, structure/topology or texture can be used in many applications, but it is also helpful for many other tasks such as position detection and completeness checks.

The completeness of a workpiece is very important for passing it on to the next assembly step or in the final inspection before the workpiece is released for packaging and delivery. In such situations, for example, it is necessary to check whether a workpiece has been assembled correctly or incorrectly or whether all components are present and in the correct position.

Determining the position and orientation of an object in a predefined coordinate system is used in typical applications such as robot guidance and pick-and-place operations.

The detection of surface defects such as dents, scratches, soiling or deviations from desired surface properties such as color or texture plays a role where the surface quality is to be assessed. The inspection requires large amounts of data and computationally intensive algorithms, and it is often difficult to specify formally. It can be solved with the help of error catalogs and artificial intelligence methods.

The determination of geometric dimensions with a focus on precise and accurate measurements is used wherever workpieces or tools need to be checked for compliance with target dimensions. Due to the required accuracy, these tasks typically place high demands on the sensors and the mechanical structure of the test station.


Technology and methods for automatic visual inspection

Machine Vision refers to many technologies, software and hardware products, methods and know-how that can help your company with applications such ascomponent quality inspection, process control and robot guidance – e.g. OCR with recognition rates of > 99%.

Vision components

Algorithms and methods