In “classical” industrial automation (factory automation) standardized sensors control the manufacturing processes. The automation of laboratory tasks (lab automation) demands additional requirements
Read moreMartin Kurz
19 posts
Imaging methods are increasingly used in life science applications. These offer strengths for various different application areas.
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The Corona pandemic created a huge demand for Covid testing equipment. To ramp up such a production volume can only be realized by the usage of automated production with machinery equipment. Also most of the components for lab analysis are produced in an automated manner along with the performance of lab analysis processes.
For the production of devices for blood analysis or for diagnosis of tissue samples as well as for the assembly of other medical devices automated processes increase both efficiency and reliability.
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Lab equipment assists diagnostic activities. It often consists of high tech systems which use a variety of components. Manufacturers of equipment often qualify standard sensors (“catalogue goods”) or modifications of standard sensors as component purchasing within a defined supplier management.
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In order to increase the utilization and overall system effectiveness of machine tools, the production engineers plan automation solutions for the automatic loading and unloading of workpieces in the CNC machining center or the CNC lathe. Machine tool builders offer appropriate automation equipment as an option when purchasing new machines.
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In lab automation optimized mechatronic solutions play a major role. The requirements to be met are high precision and reliability with very limited installation space.
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Experts more and more promote “cloud solutions” in industrial production. So it may be a good moment to look into the pros and cons of classical “on premise solutions”. We look into the example of tool identification systems.
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In Metalworking a significant part of the products are realized by forming and stamping processes, especially for series applications. The monitoring technology for press control has achieved a remarkable progress within the last years.
Optimized cycle rates lead to increased productivity and output. At the same time, there is a rising risk of asset damage, especially if unexpected errors occur. Automated protection of the tools and dies helps to increase OEE. Sensors for process monitoring are key elements.
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Miniaturization is a highly relevant trend in medical and lab technology. Increasing automation, constant object size reduction and increasing accuracy requirements lead to a higher integration degree. Driving applications are lab-on-a-chip, portable units or even invasive components like micropumps or catheters with sensor functions
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In cutting tool holders for many years data carriers have been glued into a bore
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