Developed to provide designers with advanced design capabilities. This module includes parameterization of designs, realistic motion simulation, simplification of design geometry, definition of inspection plans, and dedicated design capabilities for plastic parts.
Product Features
Create Parametric Parts and Assemblies
- Add logical relations such as parallel, coincident, and tangent
- Add value relations such as distance, angle, radius, and diameter
- Add measure values such as distance, angle, or value
- Specify formulas for value relations and table editing
- Apply relations to both native and imported parts and assemblies
Realistically Simulate Motion
- Add motion simulation to parts and assemblies, including assembly, disassembly, and mechanism studies
- Review multiple simulation studies for identical parts and assemblies
- Run predefined mechanism motions, including rack, gear, screw, cam
- Detect clashes dynamically and “stop on clash” based on model data
- Record and playback simulations, including optional AVI output
- Generate animation AVIs with photo-realistic frames
- Analyze physical behavior; interactively and in simulations
Simplify Part and Assembly Geometry
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Automatically detect and remove features such as through hole, bosses, pockets, rips, slots, blend, and helical surfaces
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Remove certain features based on parameters such as height, depth, radius, and box size
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Remove small parts, hidden parts, and selected parts
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Maintain assembly structure and simplify all parts in one step
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Merge assemblies to create a geometrically merged single structure
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Maintain associativity between original and simplified part in CoCreate OneSpace Model Manager
Design with Plastics: Dedicated Capabilities for Plastic Parts
Design and analyze:
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Broad range of predefined plastic form features
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User-definable design rules
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Isotropic and anisotropic scaling
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Analyze undercuts, draft, and wall thickness
Create cores and cavities
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Automatically split parts into core, cavity, undercut, etc.
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Part splitting to define faces dedicated to different parting types
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Create additional parting lines and fill surfaces
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Automatically create core, cavity, insert, side pull, or slider geometry
- Create injection, grease, and gas vent grooves
Ensure Accuracy with 3D Inspection
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Specify measurement points and dimensions on the 3D model
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Automatically create an exportable measurement plan CMM readable
- Update with physical measurement results and receive graphical feedback on the original model
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