DYNAFORM Die Simulation

Ansys Motor-CAD

Ansys Motor-CAD is an advanced electric machine design tool that facilitates rapid multiphysics simulations throughout the entire torque-speed operating range. With its four integrated modules—EMag, Therm, Lab, and Mech—design engineers can quickly evaluate and optimize motor topologies, enhancing performance, efficiency, and compactness in electromechanical designs.

Luminary Cloud

Luminary Cloud revolutionizes CFD simulation by enabling engineers to generate extensive datasets swiftly and effortlessly. With high-fidelity simulations completed in minutes, teams can explore design variations, optimize performance trade-offs, and leverage AI for real-time predictions. This platform enhances collaboration, accelerates insights, and significantly reduces development costs in modern engineering projects.

Rollup

An end-to-end engineering collaboration platform, Rollup empowers ambitious teams to streamline their processes. By integrating critical functions like analysis, design validation, and inventory management, it enhances development speed. Its responsive team rapidly implements user feedback, ensuring an adaptable environment ideal for tackling the unique challenges of engineering projects.

VoluMill

VoluMill version 9 revolutionizes the CAE landscape with unparalleled performance enhancements, optimizing machine-tool and cutting-tool efficiency. Its patented technology ensures controlled material removal rates, preventing tool over-engagement while accommodating complex geometries. With advanced rough-milling strategies and Active Chip Thickness Control, it significantly boosts productivity and extends tool life across various machining applications.

CoTherm

CoTherm is a sophisticated Computer-Aided Engineering (CAE) software designed to simplify process automation across various tasks, including sensitivity studies and multi-model simulations. Its intuitive graphical interface allows users to create custom processes effortlessly, while built-in optimization capabilities enhance design accuracy. Integrating seamlessly with existing CAE tools, CoTherm enables efficient coupling and information flow, ensuring faster results for thermal and multi-physics analyses. Additionally, its robust support system and regular updates enhance user experience, making it an essential tool for engineers seeking to streamline their workflows and optimize design outcomes.

VPS-MICRO

VPS-MICRO is an advanced software solution designed to predict the lifespan of manufactured components by simulating material behavior under stress. It considers material variability and damage mechanisms, providing users with a 3D, time-sensitive simulation that mirrors real-world conditions, enhancing product durability and reliability throughout its lifecycle.

PTC Mathcad

PTC Mathcad Prime empowers engineers to solve, analyze, document, and share calculations seamlessly. With its user-friendly interface, live mathematical notation, and intelligent unit management, users can create professional documents combining rich formatting, plots, and images. This software enhances accuracy and traceability, making it superior to traditional spreadsheets.

Fusion 360

Fusion 360 is an all-in-one cloud-based platform that integrates CAD, CAM, CAE, and PCB capabilities, streamlining product development from design to manufacturing. With advanced tools for modeling, simulation, and data management, teams can enhance collaboration, reduce errors, and expedite workflows, significantly improving operational efficiency and agility across projects.

Amphyon

Amphyon is an advanced additive manufacturing simulation software designed to optimize the Laser Beam Melting processes, including SLM and DMLS. By employing the ASAP-Principle—Assessment, Simulation, Adaption, and Process—it systematically evaluates build orientations, reducing pre-processing costs and enhancing automation in metal additive manufacturing for industrial applications.

Simulink

Simulink enables users to design and simulate complex systems seamlessly before hardware implementation. By modeling both the system and physical environment, teams can explore innovative designs without coding in C, C++, or HDL. It facilitates collaborative simulation sharing, reduces prototype costs, and supports hardware-in-the-loop testing, generating production-quality code directly from models.

Adams

Adams revolutionizes multibody dynamics simulation by enabling engineers to validate system-level designs early in the development process. This software adeptly models complex interactions between various subsystems, enhancing product performance and safety. With advanced analysis capabilities and optimized for large-scale problems, Adams significantly reduces development costs and risks associated with late-stage design changes.

NetLogo

NetLogo is a versatile multi-agent programming environment widely utilized by students, educators, and researchers globally. Developed by Uri Wilensky at the CCL, it facilitates interactive learning through HubNet simulations. Users can access a plethora of sample models and resources, including a full manual and an online community forum for support.

Altair Inspire

Altair Inspire offers an intuitive platform that accelerates simulation-driven design from concept to reality. It enables users to create and optimize high-performance parts and assemblies early in the development process. With tools for rapid geometry creation, topology optimization, and dynamic simulation, Inspire enhances collaboration and supports innovative, manufacturable designs efficiently.

SimEvents

HyperWorks

Altair HyperWorks is a cutting-edge Computer-Aided Engineering (CAE) software platform that revolutionizes design and simulation across multiple disciplines. It seamlessly integrates physics simulation, AI, and high-performance computing, enabling engineers to optimize structures, fluids, and thermal dynamics efficiently. With an open architecture and advanced customization options, HyperWorks enhances collaboration, streamlines workflows, and drives innovation in product development.