Automotive Industry
Slow Motion in Process Analysis and Quality Control
Today’s high quality and safety standards in automotive industry require the application of state-of-the-art technology. MIKROTRON image processing systems are used by both car manufacturers and suppliers for development, research and production purposes as well as in quality and process control.
In the automotive industry high-speed cameras allow for a comprehensive analysis of fast motion processes, especially in systems and component control, crash tests, airbag tests or in materials testing for the production of tires.
In a crash test, thousands of pieces of data must be recorded in fractions of a second. Smooth interaction among the individual components of a high-speed imaging system as well as the effective capturing of all data are crucial. That‘s why extensive experience and professional expertise are required for the planning and installation of these complex systems. Thanks to our partnership with the company High Speed Vision, we could offer complete solutions for crash tests, test stands, and crash sleds, as well as customized services for planning, installation, and training.
MIKROTRON high-speed cameras are extraordinarily suited for the use in automotive industry. Even under extreme conditions (e.g. spatial limitations, difficult lighting situations, varying temperatures, vibrations or shocks), they reliably provide significant pictures.
Due to the excellent quality of the pictures, the high speeds and photo sensitivity, the robust and compact cameras are up to par with every situation.
For applications that require long recording times, the use of MIKROTRON long time recording systems may be advisable. In continuous process control the pictures are transferred directly to a ring store hard disk system in real time. Interruptions that usually occur due to the time-consuming read out of data from the camera are omitted. Hence, long-term processes or whole testing series, and unexpected events or very fast successive single events can be recorded completely.
Electronics
Slow Motion in Process Analysis and Quality Control
Hardly an industry is as fast-paced as electronics. New task areas and constantly increasing quality requirements consequently necessitate optimized processes and an efficient work flow. Only that way, cost efficient production is possible in the long term. In the electronics industry, the growing pace of production and components that become tinier all the time currently create an increasing demand for powerful imaging analysis tools.
MIKROTRON high-speed cameras especially were developed to meet the difficult tasks in electronics. The excellent performance characteristics of our high-speed cameras for example enable a reliable inspection of printed circuit boards, control of the production process or soldering points.
The rugged and small high-speed cameras are up to every task because they fulfill all quality and reliability requirements due to their excellent image quality, high speed und photo sensitivity.
For applications that require long recording times, the use of MIKROTRON long time recording systems may be advisable. In continuous process control the pictures are transferred directly to a ring store hard disk system in real time. Interruptions that usually occur due to the time-consuming read out of data from the camera are omitted. Hence, long-term processes or whole testing series, and unexpected events or very fast successive single events can be recorded completely.
Food and Beverages
Slow Motion in Process Analysis and Quality Control
Food production is a succession of complex processes. The way from the raw material to the packaged good is a clearly defined succession of various production steps. The ever growing pace of production, plus increasing requirements regarding hygiene and quality of food, necessitate targeted control of the individual steps.
Using MIKROTRON high-speed cameras, these processes can be monitored, analyzed and optimized coherently. Thus, a constant quality of food can be maintained and the efficiency of the production process is increased.
High-speed cameras are ideally suited for the application in automated food production. Even under complex conditions (e.g. vibrations, spatial limitations, difficult lighting situations and varying temperatures), they reliably provide significant pictures.
The rugged and compact high-speed cameras are up to every challenge in the food production industry, because they fulfill all quality and reliability requirements due to their excellent image quality, high speed und photo sensitivity.
Food production industry, especially, is reliant on continuous process monitoring. With the help of MIKROTRON long time recording systems, long-term processes or whole testing series, and unexpected events or very fast successive single events in the food production chain can be recorded completely. The pictures are transferred directly to a ring store hard disk system in real time. Thus, interruptions that usually occur due to the time-consuming read out of data from the camera are omitted.
Pharmaceuticals and Packaging
Slow Motion in Process Analysis and Quality Control
The production of pharmaceuticals is subject to highest quality and safety requirements. In addition, various legal regulations make an immaculate production process indispensable.
Processes can be monitored, analyzed and optimized consistently with the help of MIKROTRON high-speed cameras. By doing so, the high quality maintained in pharmaceutical industry can be assured and the efficiency of the production processes is increased.
In the packaging industry, there are various permanently growing requirements with respect to efficiency of processes. Fast and reliable process chains are essential critical factors for success. The use of high-speed cameras enables targeted monitoring and thus a steady enhancement of the whole production chain. Less errors result in a higher efficiency and return on investment.
The design of the high-speed cameras is ideally suited for the pharmaceutics and packaging industry. Even under extreme conditions (e.g. varying temperatures, vibrations, difficult lighting situations, spatial limitations), they reliably provide significant pictures.
Owing to their excellent image quality, high speed und photo sensitivity, the high-speed cameras comply with the highest requirements.
In the pharmaceutical and packaging industry often long time recording is necessary in order to completely capture long-term processes and unexpected events or very fast successive single events. For these applications, the use of MIKROTRON long time recording systems may be advisable. In continuous process control the pictures are transferred directly to a ring store hard disk system in real time. That way, interruptions that usually occur due to the time-consuming read out of data from the camera are omitted.
Robotics and Automation
Slow Motion in Process Analysis and Quality Control
Owing to the increasing level of automation and the operation of industrial robots the tasks of humans in production have shifted towards administration, design, monitoring, maintenance, and service.
Performing these tasks, humans also depend on the use of reliable high-precision analysis tools, e.g. in robotics. Image processing systems are applied to guarantee accurate operational procedures and constantly high quality.
MIKROTRON high-speed image processing systems are used for designing automated processes, research, development, as well as quality and process control.
Owing to their excellent image quality, high speed und photo sensitivity, the sturdy and compact high-speed cameras are ideally suited for applications in the fields of robotics and automation. Even under extreme conditions (e.g. spatial limitations, difficult lighting situations, varying temperatures, vibrations and shocks), they reliably provide significant pictures.
For applications that require long recording times, the use of MIKROTRON long time recording systems may be advisable. In continuous process control the pictures are transferred directly to a ring store hard disk system in real time. Interruptions that usually occur due to the time-consuming read out of data from the camera are omitted. That way, long-term processes or whole testing series, and unexpected events or very fast successive single events of robotics and automation processes can be captured completely.
Machinery & Plant Engineering
Slow Motion in Process Analysis and Quality Control
Realizing technical installations combines the most diverse technical disciplines of Machinery and Plant Engineering.
Each of these disciplines relies on the use of efficient analysis tools. They are used in the construction of plants, product and material engineering, assembly and automation technique, as well as in process measuring and control technology.
In Machinery and Plant Engineering, MIKROTRON high-speed cameras have a share in analyzing and optimizing processes, as well as in the testing of materials and mechanical parts. Wherever motion processes have to be singled out in order to identify errors during a process, high-speed cameras are being used.
Owing to their excellent image quality, high speed und photo sensitivity, they reliably capture significant pictures, even under extreme conditions (e.g. spatial limitations, difficult lighting situations, varying temperatures, mechanical action).
In Machinery and Plant Engineering often continuous process monitoring is required. For these applications, the use of MIKROTRON long time recording systems may be advisable. The images are transferred directly to a ring store hard disk system in real time. That way, interruptions are omitted that usually occur due to the time-consuming read out of data from the camera. Long-term processes, whole testing series and unexpected events or very fast successive single events can be recorded entirely
