Injection molding applications
Non-contact and highly dynamic speed measurement in the manufacture of standard test specimens or in production tools
This application enables highly accurate measurements of the flow velocity of the plastic melt to ensure that the test specimens comply with the standard or to compare real velocity values with simulation results. No physical contact is required, which prevents unwanted component imprints, leaks or sensor damage from occurring in the first place.
Detecting Batch Variations in Recycled Material Processing in the mold
This measurement allows fluctuations in the quality and viscosity of recycled material to be detected early on in the mold . This, in turn, enables appropriate corrective action to be taken, thereby ensuring consistently high product quality. Parameters such as flow rate, crystallization, and shrinkage are taken into account in the assessment.
Measuring the time of shrinkage in the " mold" to determine shrinkage characteristics
This precise measurement offers a unique opportunity to monitor shrinkage processes in real- mold , which is crucial for quality control and process optimization. This makes it possible, for example, to detect dimensional deviations or potential assembly problems even during the injection molding process.
Non-contact flow front detection for controlling cascade molds or PUR flooding processes
With switching times under 5 ms, this is the most accurate and simplest way to control cascade tools and polyurethane injection molding (PUR-RIM) processes. This enables optimal monitoring of flow front in various production processes, leading to improved process stability and reduced scrap.
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Let's discuss your measurement needs.
Whether it's a specific measurement task, machine integration, or a new application—we'd be happy to discuss with you how our ultrasonic technology can be used.
Moldsonics GmbH
Hafenstraße 47-51
4020 Linz, Austria
info@moldsonics.at
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