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History-free modeling allows the user to work on any geometry as though it were created natively. It’s the ability to edit and create a model independently of history or parametric feature information.
Feature discovery is the ability to mouse over the various faces on a solid model and detect "features" like blends, chamfers, pockets and bosses. It's a critical part of the direct editing tool set as it allows the user to easily select topological conditions that would otherwise be defined by a feature in a history based system.
Dynamic face editing is the ability to use history-free face edits on any solid using the DynaHandle to execute the edits by dynamically dragging and positioning faces.
Dimension driven edits let the user edit a solid model by defining a driving dimension then editing the model by changing the dimensional value. It is different from history based dimension editing because once edits are made, they are no longer dependent on the dimension, therefore the dimension can be deleted without limiting the ability to make further edits to the model.
Hybrid design is the ability to use history-free wireframe, solids and surfaces to achieve a final design result. Hybrid modeling is especially useful when complex edits on solid models are required in the absence of defining history and parametric information or when in-context modeling for manufacturing tooling requires the decomposition and repurposing of a design. Hybrid tools can be used to alter the topology of a model and make difficult changes.
Mature, non-history based solid modeling and editing tools designed to deal with geometry from any source.
Precisely design complex, organic shapes using free-form surfaces.
Create 2D and 3D profiles and curves that are used for defining solid features and free-form surfaces. KeyCreator provides unparalleled power in quickly extracting shapes from existing geometry and positioning construction planes to locate profiles in 3D space exactly where they are needed.
Easily model features within the context of mating parts or geometry without the complex dependencies or history of other systems. KeyCreator uses the existing mating geometry to shape a new design or feature, making it a very powerful in-context modeler.
KeyCreator provides traditional 2D CAD drawing tools for creating and editing engineering drawings. A complete set of dimensions, details, and symbols support mechanial drawing standards from around the world.
Create a solid model by using 2D orthographic views from an imported engineering drawing. This process is streamlined in KeyCreator, requiring no history or feature dependency.
View instances of 3D models can be detailed and changes to the models are automatically updated in their associated layout drawing.
Generate surfaces tangent to or at a draft angle from existing surfaces, or projected from a set of curves.
Generate standard mechanical elements, structural elements, and fasteners based on industry standard sizes, fits, and functions.
KeyCreator's unique CKD file format is flexible enough to allow parts, assemblies and their associated drawings to be contained either within the same file or in different files. The user can adopt the file management scheme that best suits their requirements.
For prototype or small assembly design, KeyCreator can use a level-managed approach which allows the user to do in-context assembly modeling with all parts residing in a single level-managed design file. This method enables a far easier initial design process, when frequent changes to both the component features or selected components occur.
Distributing an assembly across multiple CKD files using part references is important strategy to reduce memory usage of large assemblies. KeyCreator has the flexibility to gradually transition a design to references as needed, either organizing into a few sub-assemblies or pushing fixed/purchased components out as references.
Ability to animate assemblies and perform motion studies with collision detection.
Hybrid editing is the ability to supplement direct face editing of solids with the use of surface and wireframe modeling to achieve a final design result. Some complex edits on models require decomposition of solids into surfaces and curves, rebuilding that local area, and stitching the surfaces back on to re-form a closed solid. These tools allow ANY edit of a model to be achieved and mean no model ever needs to be rebuilt from scratch.
Topology modification allows the user to remove and replace the individual faces of a solid model for hybrid modeling or add edges within a face for decals, exclusion zones, manufacturing, or analysis applications.
Ensure the quality and status of a model to support surface modeling, topology modification, and model repair.
Simplify imported geometry by changing the math basis of all faces of a solid model to its simplest form. E.g., changing a spline face to a planar face. Simplification "lightens" a model and provides more flexibility to the model’s ability to be edited using face editing tools.
Automated repair of any damaged solid, usually due to translation, into a useable, closed solid.
Calculate the volume, center of mass, moments of inertia, etc. of bodies and assemblies.
Extract level, color, entity type and other information from an entity aiding in the geometry identification, editing and management process. Useful for imported, non-native geometry identification and handling.
Calculate the area and centroid of a closed chain of curves or edges.
Measure distance between two positions, curves, or faces, or minimum and maximum distances between entities.
Calculate the distance deviations between various types of entities.
Yields the entity count and types of entities contained in a given file. Useful for imported, non-native geometry identification and handling.
Find intersecting areas on assembled models and graphically display those intersections.
Perform a draft angle or mold extraction analysis on a model based on a defined draw direction.
Developer: Adobe
PDF format support: Vector graphics, text
3D PDF format support: Vector graphics, text, and 3D polygon
Export versions: 7
Developer: ISO 10303
Extension(s): STP, STPZ
AP 203 format support: solid, surface, wireframe
AP 214 format support: solid, surface, wireframe, and assemblies
AP 242 format support: solid, surface, wireframe, mesh, assembly, and GD&T (import only)
Import versions: all
Export versions: all
Developer: ANSI Y14.26M
IGES,IGS format support: solid, surface, wireframe, drawings, and assemblies
Export versions: 5.3
Convert sets of selected files from any supported import format to any supported export format.
Developers: Autodesk and Open Design Alliance
DWG format support: Drawings, wireframe, and 3D models
DXF format support: Drawings and wireframe
Import versions: All versions up to 2018
Export versions: 2000-2018, R12-R14
Developer: Spatial Corp. (Dassault Systemes)
Extension(s): SAT, SAB
Support: 3D solid, surface, and wireframe
Import versions: R2023-R2016, 5-1, R26
Export versions: R2023-R2016, 5-1, R26
Developer: Siemens Digital Industries Software
Extension(s): X_T, X_B
Support: 3D solid, surface, and wireframe, assemblies
Import versions: 35.0 - 10.0
Export versions: 35.0 - 12.0
Developers: CADKEY and Baystate Technologies
PRT format support: Drawings, wireframe, and 3D models
PTN format support: wireframe
Import versions: Versions 19, 99 - 97, 5- 7
Developer: SolidWorks (Dassault Systemes)
SLDPRT format support: 3D solid, surface, and wireframe
SLDASM format support: Assemblies
Import versions: 2023 - 98
Developer: Autodesk
IPT format support: 3D solid, surface, and wireframe
IAM format support: Assemblies
Import versions: 2023 - 2008, 11 - 6
Developer: Dassault Systemes
CGR format support: polygon mesh
Developer: buildingSmart, ISO 16739-1
IFC format support: Building Information Modeling (BIM) data - assemblies, solids, and meshes
Versions: 4, 2x3 TC1, 2x3
Developer: ISO 14306 (HP, Siemens)
JT format support:
solids (Premium and Max tiers)
polygon mesh (Max tier only)
Import versions: 10.5 - 8.x
PRT format support: 3D solid, surface, and wireframe, assemblies
Import versions: 2206 - 1847, 12 - 1, UG 18-11
PAR format support: solid, surface, curves, points, workplanes, materials, attributes and colors
ASM format support: assemblies, workplanes, attributes, paths
PSM format support: sheet metal workbench
Import versions: 2023 - 2019, ST10 - ST6, V18
Developer: PTC
PRT format support: 3D solid, surface, and wireframe
ASM format support: Assemblies
Import versions: 9.0 - 1.0, Wildfire 5 - 1, Pro/E 2001 - 16
MOD, MODEL format support: 3D solid, surface, and wireframe
Import versions: 4.1.9 - 4.2.4
Export versions: 4.1.9 - 4.2.4
CATPart format support: 3D solid, surface, and wireframe
CATProduct format support: 3D solid, surface, and wireframe, and assemblies
Import versions: 2023 - R8
Export versions: R15 - 32 (R2022)
3DXML format support: 3D solid, surface, mesh and wireframe/points
Import versions:
CATIA V6 R2013x to R2010x
3DExperience R2023x to R2014x
Developer: Robert McNeil & Associates
3DM format support: 3D solid, surface, mesh and wireframe/points
Import versions: V7 - V1
Import drawing files from the native formats of major 3D CAD programs.
Dassault CATIA drawing versions: V5 2022 (R32),- R7 : V4 4.1.5 - 4.2.4
PTC Creo drawing versions: 9.0 - 1.0
Siemens NX drawing versions: 2206 - 1884, 12 - 1
Dassault SolidWorks drawing versions: 2023 - 99
Siemens Solid Edge drawings versions: 2023
Read Product Manufacturing Information (PMI) including 3D geometric tolerances from the native formats of major 3D CAD programs.
Dassault CATIA versions: V5 2023 - R5, V4 4.2.5 - 4.1.5
PTC Creo versions: 8.0 - 1.0, Wildfire 5 - 1
Siemens NX versions: 2206 -1847, 12 - 1, UG V11.0
Dassault SolidWorks versions: 2023 - 99
A complete drilling solution with a full spectrum of drilling cycles: spot, peck, boring, tapping, and canned, as well as user defined cycles.
Generate multiple 2- and 2.5-axis pockets in a single toolpath, with the option of defining top and depth for each contour or island.
Comprehensive 2D Contouring including various approach & depart strategies, finishing and roughing with multiple steps in XY and Z.
3-axis multi-surface roughing strategies include Z-level contour (with spiral or ramp-down options), Zig-Zag, Uni-directional, and Follow surface.
3-axis multi-surface finishing strategies include Planar, Radial, Plateau, UV Flow, Pencil tracing, and Convert geometry to toolpath.
2-axis Wire EDM toolpath generation works with or without constant taper, supports open & closed profiles, and “Turn then Burn” capability for rotary/indexing.
* Permanent stand-alone license in US dollars including first year maintenance. Talk to a Kubotek sales representative or authorized reseller for details and additional licensing options.
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