Thomas Mitterlehner, CEO of Moldsonics, and Niels Bons, Business Development Manager at Axxicon, finalize their collaboration to combine AIM Quick Change technology with Moldsonics' non-contact flow velocity measurement.
Easier control for the operator
The new solution significantly simplifies the monitoring and control of the manufacturing process for tensile test specimens. Operators benefit from an intuitive speed display, as the MoldFront sensor system precisely records the flow speed without calibration and displays it in real time. This reduces incorrect settings and improves the reproducibility of production results.
Advantages of MoldFront flow velocity measurement in injection molding
- Greater precision in the production of tensile test specimens and therefore more accurate material data.
- No risk of contaminationas the sensor does not come into contact with the material.
- Fewer customer complaints due to highly accurate material data
- ISO-compliant tensile test specimenswithout sensor markings that could influence the test result.
- Simple installation and seamless integration into existing injection molding systems.
Axxicon and Moldsonics focus on innovative solutions to improve quality and efficiency in injection molding and material testing. This cooperation makes it possible to become even more precise in the production of test specimens and thus ensure highly accurate material data.
About Axxicon
Axxicon specializes in the manufacture of precision moulds and tools for the production of test specimens according to international standards such as ISO, UL94 and ASTM. The company offers modular injection molding solutions that enable efficient and precise production of test specimens. In addition, Axxicon has extensive experience in the production of ultra-precise components with extreme flatness and low roughness.
About Moldsonics
Moldsonics was founded in Linz in 2021 and develops high-precision, non-contact ultrasonic sensors for industrial applications. Moldsonics' sensors enable the precise monitoring of quality parameters such as flow fronts, flow speeds, solidification behavior and wear in injection molding and extrusion processes. This technology makes a significant contribution to reducing rejects, lowering production costs and increasing efficiency.