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KeyCreator (formerly CADKEY), is widely recognized as the world's most flexible and easiest to use CAD/CAM software. KeyCreator continues to build on the heritage of CADKEY by combining the latest in geometry-based design and modeling technology with legendary versatility, ease of use and flexibility.
KeyCreator brings together the widest set of CAD/CAM capabilities for design engineers to tackle the widest range of modeling challenges.
- Multidimensional design and drafting
- Cost-effective translation of the most popular CAD/CAM applications
- NC programming capabilities.
KeyCreator's rapidly expanding product line features our unique geometry-based foundation for:
- Fast, easy surface, solids and wireframe modeling modification and editing functionality.
- Localized feature editing and sophisticated deformation techniques.
- Full design functionality for tooling, complex machinery and fixtures and optional NC capabilities. |
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Designer Modeling - Designer Modeling is a complete 3D Manufacturers of cad software tool based on a dynamic history-free CAD architecture making professional computer aided design as simple as working with a piece of clay. Designer Modeling has helped design teams around the world master complex design challenges and deliver award-winning, record breaking products for over 15 years.
Designer Drafting - Our Designer Drafting 2D CAD professional software offers mechanical engineers and designers a complete tool tailored precisely to their needs. Designer Drafting supports fast, intuitive creation of 2D technical drawings. |
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Kubotek USA delivers today’s most cost-effective CAD/CAM solutions for companies and professionals who need freedom to design and adaptability for manufacture. Our customers claim that Kubotek technology provides a competitive edge to help win new business and bring innovative products to market faster in today’s rapidly changing global market.
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Ring Rolling has been one of the most computationally demanding simulations in metal forming. Traditional metal forming codes, require days, weeks or months to simulate typical processes. Even with extremely fast hardware, the 'brute force' methods are impractical.
Cogging is an open die forging process used to convert a cast ingot into forged billet. A typical process involves hundreds of local reductions, along the length of the billet, spanning several heats. The workpiece is typically rotated between or during passes.
The ingot cross section is reduced as it changes shape to a round, hexagon or octagon. This thermo-mechanical processing refines the coarse ingot grain structure to homogenized, fine grained, recrystallized billet microstructure.
A Geometry Tool is available to supplement the capabilities of many CAD systems when producing STL files. While some systems produce water-tight STL models with no folds, cracks or illegal polygons, this is not always the case. The Geometry Tool is capable of automatically repairing a wide range of illegal STL geometry. For severe cases, a user can detect and repair geometry interactively.
Inverse Property Extraction (2D): Accurate definition of local heat transfer coefficients as a function of temperature is required to accurately model transient thermal processes.
DEFORM provides an optimization-based inverse module that extracts heat transfer coefficients from experimental manufacturer of thermocouple data. This user- friendly module professional guides the user through data preparation and post processing. Modeling results include a set of heat transfer coefficients and temperature validation plots. |
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Provides products for intuitive specification driven modeling for Solid, Hybrid and Sheetmetal Part design, Assembly design and integrated Drafting.
From concept to detailed design and onto drawing production, the CATIA Version 5 Mechanical Design products accelerates core activities of product development. Mechanical Design products also address sheetmetal requirements and mold manufacturers through dedicated applications that dramatically enhance productivity and strongly reduce time-to-market. |
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WorkNC is the high-performance and user-friendly CAM/CAD system for machining complex jobs. It enhances machine-shop competitiveness to levels of unprecedented efficiency by substantially reducing programming, machining and finishing times. WorkNC is the reliable CAM/CAD standard for 2 thru to 5-axis NC toolpath generation capability in all of the world’s tool-making regions.
The automatic WorkNC features assure fewer errors than more tediously interactive systems. The machinist can learn the software in just a few days. WorkNC is the closest thing to “single button CAM” - the machinist needn’t thinking about preparing cutter paths until the job is set on the machining machine. |
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CAMWorks Milling software for G-code programming CNC mill machines is available in a variety of configurations, so you can purchase exactly what you need now and add to your CAM system as your business grows.
2½ Axis Milling includes automatic roughing, finishing, thread milling, face milling and single point (drilling, boring, reaming and tapping) cycles.
3 Axis Milling includes Area Clearance, Pattern Project, Z Level, 2D and 3D Constant Stepover, Pencil Mill, Curve Project, and Flat Area cutting cycles. Also includes rest machining support for all 3 Axis cycles plus 2½ Axis Milling cycles.
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GibbsCAM SolidSurfacer
GibbsCAM SolidSurfacer provides higher-level surface and solid modeling capabilities. Advanced functionality to machine surfaces and solids is also included. GibbsCAM's intuitive graphical user interface allows complex surface and solid functions to be easy to use. Using SolidSurfacer, you can address the demanding surface and solid modeling and machining requirements for complex mold, tool and die work.
3-Axis Multi-Surface Machining
Today's parts include a variety of forms and surfaces. Applying toolpath across multiple surfaces or over an entire solid is a key machining capability in addition to pocketing and profiling. SolidSurfacer allows you to easily create gouge-free, 3-axis toolpath using a variety of machining styles, such as lace cut and zig-zag. You have complete control over cut parameters like direction, orientation, step-over amount, and depth. With SolidSurfacer, machining multiple surfaces is quick and easy.
Extended Surface Modeling Capabilities
Though more and more parts files are being provided in solid model format, surfaces still play a key part in their definition and surface modeling for manufacturing is still a very important capability. SolidSurfacer provides extended surface modeling capabilities to handle surface creation or modification. And GibbsCAM's signature ease-of-use ensures that its powerful surface modeling functionality is easy to use.
Variable Radius Blending
Blending between surfaces allows a smooth transition to occur between them. SolidSurfacer not only supports conventional constant radius blending, but also more advanced variable radius blending. Whether you're applying a constant or variable radius, SolidSurfacer provides the blending capability that's not only powerful, but easy to use.
Draft
Often parts have vertical walls that make them difficult to remove from molds without sliders. With SolidSurfacer, you can apply an amount of draft slightly angling vertical walls. You won't get stuck with SolidSurfacer's breadth of capabilities.
Automatic Parting Line Generation
Mold halves need to be separated at the extents of the part to ensure that the part can be readily removed. Manually determining where the parting line should be can be a very tedious process. With SolidSurfacer, you can automatically generate the correct parting line and then use it to easily divide the mold halves.
Extract/Heal Features (for core/cavity or electrodes)
Often parts include minor features that get in the way when generating toolpath. These features can be suppressed using SolidSurfacer's extract/heal feature capability, which removes the feature's geometry and heals the surrounding area. The solid, which is generated from the suppressed feature, can also be used to create cores or electrodes.
Multiple Offsets
There are different types of surfaces to consider when machining-the surface that is actually being machined, the part surfaces not being machined, and any surfaces associated with fixtures. SolidSurfacer allows you to specify the offset, or how closely the tool comes, for each of these surfaces types. Just another example how with SolidSurfacer, you're in complete control when generating toolpath.
3D Projection Machining
Sometimes you want to have direct control of the toolpath over multiple surfaces. You generate the toolpath you want and then you project it onto the surfaces to be machined. The source for the toolpath geometry can be just about anything, including text. SolidSurfacer provides a powerful capability that allows you to project geometry onto surfaces generating final toolpath geometry. |
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CAMWorks Milling professional software for G-code programming CNC mill machines is available in a variety of configurations, so you can purchase exactly what you need now and add to your CAM system as your business grows.
3 Axis Milling includes Area Clearance, Pattern Project, Z Level, 2D and 3D Constant Stepover, Pencil Mill, Curve Project, and Flat Area cutting cycles. Also includes rest machining support for all 3 Axis cycles plus 2½ Axis Milling cycles.
The 3 Axis cycles are developed for speed, accuracy and efficient memory usage. Simple and complex parts can be cut quickly and accurately with a high quality toolpath |
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CAMWorks Multiaxis Machining software for programming multi-axis Cnc devices allows a wide variety of shops and manufacturing facilities to take advantage of 4/5-axis machines that provide greater productivity, equipment flexibility and quality.
CAMWorks 4/5-axis simultaneous machining programming software allows the user to create toolpaths across complex shapes that could not be machined on 3-axis machines. This includes high-performance automotive port finishing, impellers, turbine blades, parting tools, 5-axis trimming, and undercut machining in mold and die making.
CAMWorks 4-axis simultaneous machining is designed for complex rotary applications such as camshafts, extrusion screws and blades. |
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Three Times As Fast With hyperMILL V9.5
The new version of hyperMILL V9.5 is a genuine quantum leap in aspects such as ease of programming, time savings and optimisation of machining times. In the end result, your time savings are enormous - both during programming and the actual machining. The basis for these benefits include the following features:
- Extended feature technology that automates and standardises your programming work for characteristic geometries
- Macros that can be linked to machining strategies
- Macro database for that allow you to recall any previously stored macros
- Fully automated collision avoidance with automatic calculation of tool position for 5-axis machining
- Selection of preferred axes for collision avoidance, optimised for each machine
- New simulations for machines and removal processes |
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PROF2 STANDARD is the ideal choice for complex constructions such as archs, complex, irregular forms and a vast series of openings.
Technical specifications in addition to the PROF2 OPEN, LT VERSIONS:
Guided composition for types with arches
By hand free definition of professional chassis of whichever shape also with curve sides
Printout of curving lists
Function advance for the construction of lockings to tape
Advanced optimisation
Search of optimal length bar
Simulation of types of various professional profiles series |
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PROF2 STANDARD is the ideal choice for complex constructions such as archs, complex, irregular forms and a vast series of openings.
Technical specifications in addition to the PROF2 OPEN, LT VERSIONS:
Guided composition for types with arches
By hand free definition of professional chassis of whichever shape also with curve sides
Printout of curving lists
Function advance for the construction of lockings to tape
Advanced optimisation
Search of optimal length bar
Simulation of types of various professional profiles series |
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Rotary Milling increases the productivity of GibbsCAM Production Milling with support for continuous rotary machining. Readily program rotary contouring, pocketing, threading, and engraving as wrapped tool path with continuous rotary motion. Capabilities also include face and OD milling for mill/turn and multi-task machines.
An ideal choice for threading, engraving and the machining of parts defined with flat geometry, such as industrial roller dies or tool centerline grooves, Rotary Milling works best for parts which can be made with the tool on centerline. CNC Polar and Cylindrical Interpolation output is supported to produce optimal multi-revolution output on a single G-code line.
Wrap any shape or text around a cylindrical part via rotary axis interpolation. Start with flat geometry or text and then wrap it around a defined diameter or switch to radial mode to create geometry directly in its wrapped position. Rotary Milling works great for repeated patterns. Simply define the initial pattern and then enter the number of times to reproduce it around the diameter. |
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GibbsCAM TMS (Tombstone Management System)
Tombstones are a very productive means for machining multiple parts, greatly extending the time a machining system can run without operator intervention. GibbsCAM TMS (Tombstone Management System) streamlines multi-part setups to move more material through a center tool while dramatically reducing the overall time required to create error-free machining processes.
Is it more efficient to keep the tool in the spindle manufacturers and index around the tombstone or would it be better to finish all operations on one face of the tombstone before indexing to the next? GibbsCAM TMS makes it easy to try a variety of strategies to find the optimal strategy for any group of parts.
Perfect for lean manufacturing environments, or for job shops that want to implement lean principles, tombstone machining automates the output of a continuous flow of parts. The simplest strategy is to arrange the same part across multiple locations and sides of a tombstone and machine them one after the other by simply repeating the CNC program. With each rotation of the tombstone, a fresh group of parts is presented for machining.
With only a few mouse clicks, parts and their associated fixtures are located on the tombstone. GibbsCAM TMS offers numerous options for automatically arranging parts on a tombstone face with the choice of duplicating the same configuration on all faces of the tombstone or creating custom configurations for each face.
For parts that require different operations using a variety of tools, a more complex strategy can be defined that optimizes tool changes and minimizes rotations of the tombstone. Different faces of the same part can be programmed, at different Z-levels, on each side of the tombstone or mix different types of parts. GibbsCAM TMS handles the simplest to the most complex tombstone configurations.
Operations can be added or cleared to modify the sequence of operations on each side of the tombstone to accommodate certain exceptions. For example, features can be selectively excluded on the sides of parts that face other workpieces instead of the open side of the tombstone where the spindle can reach. These operations can then be addressed later in another setup. Separate clearance values control the safe distance for the tool when moving from part to part on one face of the tombstone and the safe distance when indexing from face to face on the tombstone.
When GibbsCAM TMS is combined with GibbsCAM Machine Simulation, a dynamic rendering of the complete setup-tombstone, parts, fixtures, and machine tool component-shows all inter-operation and intra-operation moves. Different strategies and their cycle times can be compared and adjusted quickly and easily.
After various scenarios have been tested and the user is completely satisfied with tool movement, tool changes, sequence of operations and index moves, GibbsCAM TMS will generate a complete post processed set of G-code for the entire tombstone of parts. GibbsCAM TMS also provides support for the posted output of subroutines, canned cycles, and B-rotation positions. |
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| TopSolid'Wood is an integrated design, manufacturing and management (CAD/CAM/PDM) software specialized for wood processing. TopSolid’Wood comprises comprehensive standard components and processes specific to the wood industry. With TopSolid’Wood design and manufacturing departments use the same data, thus avoiding potential errors. TopSolid’Wood offers powerful modelling functions, optimized assembly management and facilitated communication with customers and manufacturing. |
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| GOelan is a CAD/CAM software for the design and machining of mechanical parts in milling, turning and wire electroerosion. It is an easy to use software which enables programming of numerically controlled machines.GOelan programs directly at the workshop level with a maximum of simplicity. GOelan is designed to be used by manufacturing specialists who are not necessarily computer specialists. |
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Efficient Wireframe Geometry
- Multiple point and line creation techniques.
- Efficient arc, circle, and fillet functions, including filleting at every corner in a chain of entities.
- Create splines on surfaces using a variety of functions including surface projections, surface intersections, edge curves, slicing curves, and parting lines.
- Create pre-filleted shapes to save time. |
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The End-to-End configuration of VX includes all the design and manufacturing modules for those that need a no compromise solution. This configuration includes advanced modeling, healing, rendering, support for all standard CAD formats, and all CAM modules. The VX End-to-End package shows the hybrid-modeling and CAM integration at its best in one single configuration. Design changes and manufacturing information are tightly connected and provide for great productivity when used together in this highly innovative product. From concept to design to engineering to drafting to manufacturing, VX End to End is an all inclusive seamless enviroment that stands alone as a CAD/CAM solution.
Features and benefits:
VX QuickMilling
Hybrid solid and surfaces modeling kernel.
Advanced solid modeling.
Advanced surface modeling.
Advanced assembly modeling.
Model healing.
Industry standard CAD formats support.
PARTsolutions interface.
SmarTeam integration.
Powerful layout, drafting and detailing.
2½ and 3 axis milling.
Automatic hole making.
Machine works verification.
ASCII CL or G-code output.
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CimatronE NC thrives in highly-demanding manufacturing environments like aerospace and micro milling. A dedicated aerospace application provides full-user-controlled 5-axis milling with automated monitoring and prevention of tool and holder collision with the part, remaining stock and fixtures.
For miniature and high-precision parts - the CimatronE NC micro milling application is optimized to cut parts down to 0.1mm, with tolerances as tight as 0.0001 mm - resulting in superb surface quality.
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Most CAM systems are either designed for 2D or 3D machining. hyperFACT®, however, provides you with both options in a single program. This means hyperFACT® provides you the flexibility you need to handle a broad spectrum of manufacturing processes. Furthermore, this high-performance CAM solution supports clamping cubes and multi-axis machining.
The most important features and machining strategies offered by hyperFACT® include:
- 2D cycles
- 3D cycles
- Multi-axis machining
- Clamp manufacturers positioning
- Automatic feature recognition
- PLAYBACK MILLING
- HSC options
- Feature recognition
- Drilling cycles
- Program part repetition
- Automatic collision check |
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