From crafting individual parts to assembling complex structures and generating comprehensive documentation, to replicating real-life complexities with precision, experience cutting-edge innovation with MCADs and take your product validation to reality-scale with our advanced simulation capabilities.
PRODUCT DESIGN & MANUFACTURING
Innovation at it's finest!
Design is the beating heart of Modern innovation. Serving as the core concept that provides us with the comforts and innovations of today, MCADs provide a quick and versatile way of generating designs that meet your objectives. From parts to assemblies and documentation for almost any industry.
MCAD | CAM | CAE Software
CAD software that empowers teams from ideation, and optimization going to production.
SIMULATION
Product Validation at reality-scale.
Simulation is validating product innovation in a risk-free environment, mirroring the complexities of real-life situations. Test the capabilities of your design, fine-tune it's parameters, and optimize it with our toolset.
Structure
Simulation of simple to complex structures, which covers Linear - Nonlinear analysis, thermal, contact, etc. ; quickly discover and address weaknesses in your designs before they even enter the field.
Motion
Simulation of Mechanical assemblies in motion, for mechatronics / automation designs. Motion simulation in tandem with structural simulations can help your designs meet their goals.
Computational Fluid Dynamics (CFD)
Simulation of Fluid flow, fluid analysis, and fluid response from your design. Generate accurate fluid simulations to assist and complement your thermal, aerodynamic, and other analyses requiring it.
Acoustics
Simulation of Audio responses, and noise. It helps predict harmonic responses which may affect other components in your assembly.
Additive Manufacturing
Generate and simulate additive manufacturing projects to help avoid misprints, and optimize the parameters of your print to help minimize material waste.
Materials
Composite or granular material modeling and simulations, help predict design performance for composite/similar materials.