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VISI Analysis provides a suite of dedicated tools for the validation and preparation of model geometry. When working with imported data, the quality of the model is an important consideration. Finding potential problems at an early stage within the project will greatly simplify the task of the designer and generate huge time savings further along the design process.
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Bihler Softw@re bNX – The next generation – Technology Software for 3D design
Developing high quality products fast and economically is an essential challenge in today’s globalized world economy. In order to maintain their competitiveness, companies have to continuously improve their core process – the development of their products. Bihler Software bNX offers leading technical functions facilitating complex tasks required in various areas for development, analysis, manufacture, marketing and maintenance. Development of successful products cannot be left to chance. In the past it was very hard giving concrete information on the products’ performance, quality and appearance during the development process. Almost always expensive protoypes had to be manufactured. Thanks to the Technology Software bNX, processes can be analyzed, configured, designed and simulated when developing and designing punching and forming tools. Due to the virtual product development, which allows for verification in the run-up phase, development risks as well as development times can be reduced considerably.
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Design for the entire product lifecycle
Manufacturing companies are driven by increasing pressure to develop innovative products in shorter time frames, while maintaining high levels of quality. Even with mature, capable 3D CAD technology, many companies have failed to significantly improve their design processes, and the benefits of lower costs and shorter cycle times remain elusive.
Transformation of product development begins with the design process, which fuels the entire product lifecycle – from simulation and analysis through tooling design, manufacturing, assembly, service and support.
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CoCreate Mold Base
Industry-proven solution for designing plastic injection molds
CoCreate Mold Base, an integrated module inside CoCreate Modeling, helps with the tedious task of creating mold plates and components. CoCreate Mold Base reduces the effort of designing plastic injection molds with its highly interactive and intelligent tooling. When mold designers use this productivity add-on, they have access to leading-edge Computer Aided Mold Design software based on industry-proven technology.
Benefits
* Leads mold designers through a logical and systematic approach to designing plastic injection molds
* Provides highly interactive preview menus that dynamically update when you modify parametrically driven components
* Starts the mold design process with standard and non-standard mold bases and 14 standard component catalogs
* Provides design advice by validating its parameters with your mold base assembly geometry
* Automates your tasks such as cutting plates and inserting new components and recalculating parameters
* Exports machining feature information directly to target Computer Aided Manufacturing (CAM) systems
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Edgecam provides a complete Mold and Die solution for generating high quality toolpaths that meet the demands of manufacturers of complex parts and free form shapes. Mold and die makers, patternmakers, prototypers and press tool makers alike will all benefit from Edgecam's breadth of advanced machining capability.
With Edgecam you get best in class prismatic machining combined with powerful 3D solid and surface machining strategies, all in one solution.
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Moldmakers were the first to use 3D CAD products, so their level of experience and knowledge of these products is unparalleled. Anyone working in the plastic injection mold sector is well aware of the benefits of using think3's design suite, which is well known in this environment thanks to its great potential and flexibility. Our long experience in this sector has borne fruit today with the development of a vertical solution which includes the tools needed to deal with a high level of productivity with the considerable work needed to design a plastic injection mold. MoldDesign is based on the ThinkDesign suite, which boasts well-known features such as hybrid modeling capable of managing solids and surfaces with absolute transparency, GSM³, a powerful creation/modification engine which allows work on the geometry in any of the product definition phases, and Interactive Solid Modeling (ISM), which allows modifications to be made to both native and imported solid models moving away from the necessarily parametric logic. MoldDesign's specific functions rely on this very powerful base.
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PowerSHAPE provides a complete solution for both product design and toolmakers. Whereas designers are primarily concerned with the design of a finished product, often ignoring the features required for manufacturing, mold and toolmakers require a complete model. For instance, some designers rarely fillet the sharp edges of a model or produce the necessary draft and split surfaces. These time consuming and expensive operations are often left to the toolmaker to produce. With PowerSHAPE all these are made easy, while PowerSHAPE's powerful geometry creation tools ensure that the initial design can be completed quickly and efficiently.
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HiCAD next has been setting new standards in the field of development and design engineering for many years now, due to innovative working techniques, comprehensive industry solutions and integrated PDM software.
HiCAD next is the only CAD system in the world offering true 2-D/3-D associativity. State-of-the-art working techniques and automatisms help you minimise routine tasks, simulation and analysis tools enable you to detect and prevent collisions in your product models. By this means, product quality can be improved and product development costs will be reduced.
As a universal CAD system, HiCAD next is not only optimally suited for mechanical engineering, but can also be used in almost all branches of industry - from steel and metal engineering to sheet metal processing and plant engineering. Even hybrid projects involving several industries can be realised effortlessly.
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Kubotek, using its latest “Face Logic” and Pattern Recognition technologies, has created a program that allows the user to compare two models and generate detailed, multiple illustrated reports of the differences. The user can define the level of detail of the comparison, acceptable tolerance levels, and bases of comparison and then easily and quickly run the procedure. The user can compare on the basis of geometry, topology, entity, mass properties, tolerance and other information. On completion of the validation, the user may generate a report containing an encrypted signature to provide a validation certificate.
Validation Tool allows the user to see and document the mathematical differences of the comparison models. The process is very quick, taking from a few seconds to a few minutes depending on model complexity, and giving very precise results.
Kubotek Validation Tool comes as a standalone product, or the functions can be added to Kubotek’s KEYCREATOR products. The range of native and neutral file formats read is broad, covering most general customer requests. Kubotek is continuously developing the interoperability capabilities of its software products, increasing the quality and the quantity of translators available
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Triad is best described as a middle ware. This software acts as a conduit that allows marking machines, vision equipment and existing data management to join in a common piece of software that manages all of the communications and auditing of the requested actions. The main artery of Triad is a security program that allows multiple levels of users to access the appropriate programs based off of their skill sets, training, or management function. This security program has auditing capability both internally and remotely. The core program can relay or link information to existing databases, for example for serial number control.
Within Triad is a series of programs that can be used as a tool box to solve a large array of modern marking programs. Each device that works with Triad is called a plug in. These plug in's can be made by Monode or by the company that owns the technology via a development kit - this flexibility allows rapid growth of compatibility within the Triad community. The key advantage of Triad being a manager of multiple programs through a centralized system is any major changes to the functionality of the core parent programs have immediately benefits to the devices that are compatible to the system. The power and complex functionality of Triad has a simple look to the end user called Gray Screen.
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AutoCAD® Mechanical software is AutoCAD® for manufacturing-purpose-built to accelerate the mechanical design process while preserving the AutoCAD user experience. With comprehensive libraries of standards-based parts and tools for automating common design tasks, it offers significant productivity gains over basic AutoCAD software and saves countless hours of design time.
Features
Core Mechanical Engineering Features
Discover the powerful features in AutoCAD® Mechanical software that automate common design tasks, increase drafting productivity, and give mechanical engineers a competitive edge
Design & Drafting Productivity Tools-Contains a specific tool for almost every aspect of the mechanical engineering and design process.
Standards-Based Drafting & Part Libraries-Supports international drafting standards and includes libraries of over 700,000 standard parts.
Machinery Generators & Calculators-Enables you to instantly create and analyze a wide variety of common components.
Documentation & Reporting Tools-Helps you to easily document, annotate, and report, mechanical engineering and design data.
Collaboration and Data Management-Enables workgroups to share accurate design information reliably and securely.
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MECANO Motion is a solver dedicated the analysis of flexible mechanisms.
MECANO Motion software is designed for numerical simulation of plane or 3-D flexible articulated systems. It is based on the finite-element concept and therefore accounts for strain effects within body elements. It allows to process the following physical problems:
Kinematic Analysis: Calculation of displacements, velocities and accelerations associated with the prescribed motion of driving degrees of freedom ;
Static or Kineto-Static Analysis: Calculation of forces in the given configuration, calculation of incremental static loading ;
Kineto-Dynamic Response: Determination of the motion and stresses within an articulated mechanism subjected to either given time dependent stresses or time variation of certain angles and/or driving displacements.
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Software of Design Manufacture Computer-assisted
Galaad
Mayca
Rhinoceros
Deskproto
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This module enables you to:
... handle 2D geometries from other CAD-Systems
... model using local 2D-CAD-Functions
... multiple language support
Important functions of this module:
Add: line, arc, area, spline
Move: turn, transform, duplicate, mirror, scale
Trim: limit, break, change
Dragging: translate, rotate
Corner: round, champfer
Clean: automatic contour-cleaning
Design: colours, marks, text
Dimension: automatic, interactive
Information: element, distance, angle, gravity
Delete: element, group, box, poly
Models: load, save, add, delete
View: window, zoom, transform
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MarbaCAD
The MarbaCAD System has been developed by specialists from the packaging industry to reach the highest degree of operating facility.
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WorkNC CAMCAD is the premier automatic toolpath generation software for surface or solid models in mold, die and tooling businesses. WorkNC is used in a raft of industries as diverse as automotive, aerospace and medical devices. We describe it as a CAMCAD system rather than a CADCAM system as it is CAM led and is centred on a best of breed NC CAM system.
WorkNC® DENTAL is an easy to use, specialist CAMCAD dental solution for the automatic machining of prosthetic appliances, implants or structures through the use of perfectly optimized toolpaths which benefit from state-of-the-art technologies already tried and tested by thousands of users around the world.
WorkNC-CAD® is a manufacturing CAD solution, available with WorkNC or as a standalone solution, which gives mold, tool and die businesses the advantage of using a uniform and reliable CAD product throughout the entire manufacturing process.
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WorkNC® DENTAL is the perfect CAM/CAD software solution for automatic machining of prosthetic appliances, implants or structures through the use of perfectly optimized toolpaths which benefit from state-of-the-art technologies already tried and tested by thousands of users in the highly demanding automotive and aerospace industries.
Not only are production cycle times greatly reduced thanks to the use of machining processes (this is just one advantage compared to existing dental solutions on the market) but also the high quality finish of the machined components means that no manual reworking is required.
The WorkNC® DENTAL graphic interface, which is simple and easy to follow, has been specially designed for prosthetists and dental technicians who are not experts in machining technologies.
WorkNC® DENTAL comprises a comprehensive range of automated and interactive procedures that will help the user throughout the part machining preparation process - the choice of the machining blank, the addition of support pins and finally the launching the machining process itself.
WorkNC® DENTAL harnesses Sescoi's 20 years experience and expertise in the field of toolpath generation.
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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.
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Through the ROBOT-POST module, Eureka allows to program industrial anthrophomorphic robots using CAD/CAM systems for 5 axes milling and cutting machining operations.
Eureka processes the CAM output verifying collisions, singularity, out of limits and tool changes. In the same time Eureka provides powerful but easy to use tools for solving those problems and for optimizing trajectories.
- Full 3D simulation
- Verification of collisions, singularities and out of limits
- Automatic tool changes
- Workpiece on robot and fixed tools
- Optimization of trajectories
- Optimization of external axes movements
- Machining with blade and disc
- Compatible with robots ABB, KUKA, Fanuc, Motoman, Kawasaki e Comau
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FP CAM / CAMPLUS
FP CAM is the office program for designing the machining operations to be performed by the machining centres. It is a general version while CAMPLUS is customized for Emmegi machining centres. FP CAM simplifies application of the machining operations, offering a 3D display the profile and the tool; it also presents the most frequently used parametric figures (holes, slots, rectangles, etc.). With the added SHAPE program, you are free to design figures of any shape. Using the DRIVER-CAD option, FP CAM lets you import pieces designed with commercial CAD 3D programs (Autodesk Inventor, SolidWorks, etc.). The machining operations designed are compatible with the FP PRO EASYMAC system and are thus assigned the necessary fittings so that, when calculating the job, it can produce a machine-ready work list.
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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 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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Easy to use, high range of possible customizations, supports any controller and any type of machine, suckers management, angle-heads and shaped tools, optimization tools, AlphaCam interface, scraps management. Those things bring EUREKA to be a leading simulation software for marble working cnc machine tools. Eureka is the right software tool for verifying your NC programs and avoid collisions!
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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 center can run without operator intervention. GibbsCAM TMS (Tombstone Management System) streamlines multi-part setups to move more material through a machine 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 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.
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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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PLUS 2D Wood is our new panel optimization software for generating optimized cutting plans from your cutlists and maximizing your panel yields. It is based on the PLUS 2D cutting optimization technology that consistently delivers high utilization layouts and is ideal for cutting using panel saws, sliding table saws, beam saws and wood routers. Just define your cutlists, the boards available, and with a click of a mouse button generate the optimized cutting plans.
Application Areas:
Used by Modular Furniture, Modular Office, Modular Kitchens manufacturers, Panel Saw, Beam Saw, Router manufacturers and Wood Panel manufacturers.
Features:
Multiple stock sheets in job. Optimum sheets are automatically selected.
Has inventory support built-in or as an optional module.
Will try to use offcuts first.
Saw Kerf or Cutting Allowance considered.
Provides for trim cuts and stock margins.
Provides for grain direction, can be turned off by user.
Does the estimation of all panels/boards/sheets required.
Simple User Interface, be productive in 5 minutes.
Import of data using simple copy and paste from spreadsheets and databases.
Has built-in shape library or import CAD shapes via DXF.
Has sample set of products - add your products - parametric or fixed.
Select the edge band required - will calculate rough-sizes and total edge band requirement
Linked to PLUS Label Maker - Design and print your Bar Coded labels.
Pattern amendment allows you to place other parts.
Has links to the many saws.
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Easy to use, high range of possible customizations, supports any controller and any type of machine, multi-head support, multi-spindle support, multi-table support, drilling groups, powerful path optimization tools, complete AlphaCam interface, scraps management. Those things bring EUREKA to be a leading simulation software for wood working cnc machine tools. Eureka is the right software tool for verifying your NC programs and avoid collisions!
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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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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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The PEPS suite of software is a Computer Aided Manufacturing (CAM) system based upon an integrated suite of software with facilities for designing geometrical models with its in-built CAD drawing tools or importing models from external CAD systems, and CNC part programming. The PEPS system takes a central part in fully integrated CAM installations, but is also ideally placed to provide an affordable solution to the CNC part programming needs of engineering businesses of all sizes.
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Turning and milling: hyperMILL® millTURN is the mill/turn module for the powerful hyperMILL® CAM software. It is fully integrated with one user interface for all milling and turning operations. For complete machining, this single CAM solution allows easy programming of milling and turning cycles in one setup on the mill/turn machine. Because of the mill/turn module’s complete integration, the tool database, stock tracking and collision check functions and the postprocessors can be freely combined for all milling and turning operations.
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