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From breakthrough technology in the industry’s most complete line of sensors to renowned quality and performance in indicators, controls, and analytical instruments Dynisco has demonstrated the skill, experience and know-how that not only deliver the right solution for your unique application, but also provide unparalleled customer support.
Learn MoreLearn about the proper care and handling of your Dynisco Pressure Sensors
Learn MoreAnalyzing elastic properties and predicting flow instability of viscoelastic polymers is important for designing dies and flow systems in an extrusion process simulation or quality/process control purposes. This is even more essential for the processes that are involved with stretching of polymer melt such as film/sheet extrusion or blown film extrusion
In this episode, Microsoft's podcast hosts Deb Oberly and Dani Diaz talk with John Biagioni, President of Dynisco, who is bringing our vision of "rheology to the masses" to fruition with trailblazing cloud solutions for the plastics industry. Learn about the details of our industry and company, the surprises and insights of our journey crafting their IoT solutions, the immense value of the data we are collecting and our deliberate approach for continued success in this space.
Polymer manufacturers need to continuously deliver high quality to meet ever changing end-use requirements. Dynisco melt flow indexers are recognized for testing the physical properties of polymers. Our processing instruments are used to prepare test specimens or evaluate the processability of materials. Let’s take a look at one of the specific ways you can speed the development, production, quality testing and analysis of your polymer- The ASTM/ISO Method A Test
Dynisco melt flow indexers are used to evaluate the processability of materials. Get quick and accurate measurements of melt flow characteristics to determine material quality, lot to lot consistency, and ensure what you are buying is what you need. Let’s take a look at a specific use case for the LMI5500: the measurement of melt density through method A/B testing.
Get quick and accurate measurements of melt flow characteristics to determine material quality, lot to lot consistency, and ensure what you are buying is what you need. Let’s take a look at one of the specific ways you can speed the development, production, quality testing and analysis of your polymer- The ASTM/ISO Method B Test
Sustainability is More than Protecting the Environment. Make Your Impact with Dynisco. Dynisco is dedicated to providing plastics processors and recyclers with accurate rheological information, helping to reduce waste and encourage sustainable practices
We are living in rapidly changing times. The entire world is working differently then we ever have in the history of manufacturing.Learn how the Dynisco IoT Cloud Connect and other support systems can help processors manage and monitor their production lines remotely
With Dynisco's Online Rheometers, you can verify your polymer rheology of not only your virgin material, but virgin and recycled polymer, and eliminate quality issues before production. Learn more by visiting our website at the link below.
In order to maintain your Dynisco pressure sensor's reliability and accuracy over time, certain maintenance and cleaning procedures should be followed. This video focuses on the removal, care, and maintenance process of a Dynisco pressure sensor from an extruder
Dynisco melt flow indexers are used to evaluate the processability of materials. Get quick and accurate measurements of melt flow characteristics to determine material quality, lot to lot consistency, and ensure what you are buying is what you need. Let’s take a look at a specific use case for the LMI5500: the measurement of the intrinsic viscosity of the polymer PET using the Method B Test.
At Dynisco, we offer a diverse portfolio of pressure transducers for your unique application. Whether you're looking for industry-leading accuracy and pressure capability, sustainability without sacrificing performance, or reliability on a budget, our sensors can be configured to fit your specific niche.
In order to maintain your Dynisco pressure sensor's reliability and accuracy over time, certain maintenance and cleaning procedures should be followed. Check out our new video that focuses on the removal, care, and maintenance process of a Dynisco pressure sensor from an extruder.
We address issues such as the need to test polymers, the correlation of lab values to online production, and the impact of melt flow index and viscosity on part quality and profitability.
Understand technical aspects of how parameters change between laboratory standards and production and how advanced equipment today can adjust for these differences.
The following instructions will resolve the key violation error that appears in Labkars software, which is used to control our LCR7000 series capillary rheometers
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