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MF SOFTWARE Sales & Service Group GmbH
Robert-Bosch-Str. 7,
64293
Darmstadt
Germany
Germany
This company is main exhibitor of
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Claudia Jehn
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Our range of products
Product categories
- 03 Machinery and equipment for the plastics and rubber industries
- 03.08 Digitalization
- 03.08.002 Simulation software
Simulation software
- 04 Services, Research, Science
- 04.01 Computer software services
Computer software services
- 04 Services, Research, Science
- 04.06 Science and consulting
Science and consulting
Our products
Product category: Simulation software
Autodesk Moldflow
Moldflow®, the software for manufacturing and simulating plastic injection molded parts, helps you avoid manufacturing errors. Use the latest tools for injection mold design, plastic part design and the entire injection molding process.
Target Products
Complex Geometry
Product category: Computer software services
Moldflow Academy - Product Training
Moldflow Academy - Product Training
Our product training courses of several days form the fundament of your individual training in Moldflow. Here you will learn the basics of software and injection molding. Afterwards you will be confident and efficient in the handling of your Moldflow product in the corresponding expansion stage due to the trained structural approaches in the use and interpretation of the results.
Our product training courses of several days form the fundament of your individual training in Moldflow. Here you will learn the basics of software and injection molding. Afterwards you will be confident and efficient in the handling of your Moldflow product in the corresponding expansion stage due to the trained structural approaches in the use and interpretation of the results.
Target Products
Complex Geometry
Product category: Computer software services
Moldflow Academy - application-oriented advanced training courses
Under the name MF Academy, MFS offers advanced, application- and process-oriented in-depth training courses. For some of these training courses MFS works closely with industry partners, so that the content of these training courses goes far beyond the application of Moldflow and the interpretation of results.
Target Products
Complex Geometry
Product category: Computer software services
Moldflow Academy - Autodesk Moldflow Insight Certification Courses
Are you an experienced Moldflow user? If so, get certified!
The certification program requires knowledge of software handling, an understanding of the injection molding process, and procedures for optimizing component and mold designs. We support you with the appropriate preparation course.
The certification program requires knowledge of software handling, an understanding of the injection molding process, and procedures for optimizing component and mold designs. We support you with the appropriate preparation course.
Target Products
Complex Geometry
Product category: Science and consulting
Moldflow Material Characterization
Increase simulation prediction accuracy with accurate and complete material data
With a specific material characterization, the user can realize a higher accuracy in the simulation prediction of the production feasibility of the component design, the process design or the component performance. With a more accurate simulation prediction, part quality increases and time to market decreases.
MF SOFTWARE uses the Beaumont Advanced Processing Lab, the official Autodesk partner material laboratory in the USA, to determine specific material data or to create Moldflow data files for existing material data. Material testing includes both, specialized Autodesk methods and conventional material characterization techniques. Through direct contact and constant exchange of information with the test labs, you will receive customized consulting tailored to Autodesk Moldflow to achieve "Gold" status for your material data.
With a specific material characterization, the user can realize a higher accuracy in the simulation prediction of the production feasibility of the component design, the process design or the component performance. With a more accurate simulation prediction, part quality increases and time to market decreases.
MF SOFTWARE uses the Beaumont Advanced Processing Lab, the official Autodesk partner material laboratory in the USA, to determine specific material data or to create Moldflow data files for existing material data. Material testing includes both, specialized Autodesk methods and conventional material characterization techniques. Through direct contact and constant exchange of information with the test labs, you will receive customized consulting tailored to Autodesk Moldflow to achieve "Gold" status for your material data.
Target Products
Complex Geometry
Product category: Simulation software, Science and consulting
Therma-flo
Therma-flo is the first measuring method to characterize a flowing polymer melt during the injection molding process.
For many applications, classical rheometer measurements are used for the rheological characterization of polymers. From this, for example, an MFI value is derived which allows a statement to be made about the flowability of the polymer melt. However, these rheometer measurements are more comparable to an extrusion process than to an injection molding process. A statement on the material behaviour during injection moulding can therefore only be derived to a limited degree. For example, classical rheometer measurements do not take into account the influence of the plastification unit, the interaction between mould temperatures and the melt, the wall thickness of the component and finally the pressure-dependent viscosity.
The Therma-flo characterization measures the flow behavior directly in the injection molding process and thus provides the customer with
- a realistic prediction of the pressure requirement as a function of wall thickness and temperature
- an opportunity to verify the quality and plausibility of simulation input data and results
- a possibility to directly compare different materials for each specific application with regard to technical and economic aspects
- a simple preliminary analysis to evaluate the influence of the wall thickness on the filling pressure, as well as the sensitivity with regard to the melt temperature and injection speed without the modeling effort of a complete simulation.
For many applications, classical rheometer measurements are used for the rheological characterization of polymers. From this, for example, an MFI value is derived which allows a statement to be made about the flowability of the polymer melt. However, these rheometer measurements are more comparable to an extrusion process than to an injection molding process. A statement on the material behaviour during injection moulding can therefore only be derived to a limited degree. For example, classical rheometer measurements do not take into account the influence of the plastification unit, the interaction between mould temperatures and the melt, the wall thickness of the component and finally the pressure-dependent viscosity.
The Therma-flo characterization measures the flow behavior directly in the injection molding process and thus provides the customer with
- a realistic prediction of the pressure requirement as a function of wall thickness and temperature
- an opportunity to verify the quality and plausibility of simulation input data and results
- a possibility to directly compare different materials for each specific application with regard to technical and economic aspects
- a simple preliminary analysis to evaluate the influence of the wall thickness on the filling pressure, as well as the sensitivity with regard to the melt temperature and injection speed without the modeling effort of a complete simulation.
Target Products
Complex Geometry
Product category: Science and consulting
MeltFlipper
The optimization tool for cold runner gating systems to avoid shear-induced unbalanced filling and the resulting effects on the components.
Particularly with thin-walled components and high injection speeds, strong shearing of the melt occurs in areas of the gate system close to the wall. In the case of multiple cavities, this leads to an asymmetrical viscosity distribution over the channel cross-section at each branch of the gate and thus to unbalanced filling of the cavities. Thus, an uniform holding pressure supply is no longer guaranteed and phenomena such as different warpage, different strength of weld lines, optical defects or even short shots occur.
By optimizing the design of the runner system with the help of MeltFlipper technology, a symmetrical distribution of the viscosity over the channel cross-section can be achieved again by case-specific rotation of the melt at branches.
Particularly with thin-walled components and high injection speeds, strong shearing of the melt occurs in areas of the gate system close to the wall. In the case of multiple cavities, this leads to an asymmetrical viscosity distribution over the channel cross-section at each branch of the gate and thus to unbalanced filling of the cavities. Thus, an uniform holding pressure supply is no longer guaranteed and phenomena such as different warpage, different strength of weld lines, optical defects or even short shots occur.
By optimizing the design of the runner system with the help of MeltFlipper technology, a symmetrical distribution of the viscosity over the channel cross-section can be achieved again by case-specific rotation of the melt at branches.
Target Products
Complex Geometry