VISI-Series is acknowledged as one of the world's leading PC based design and manufacturing solutions for the mould & die industries. It offers a unique combination of applications, fully integrated wireframe, surface and solid modelling, comprehensive 2D, 3D and 5. Found results for Vero Visi 2016 R1 crack, serial & keygen. Our results are updated in real-time and rated by our users.
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VISI is one of the world’s leading CAD / CAM solutions for the manufacture of molds, stamps and other types of tooling. VISI technologies combine wireframe, surface and solid modeling with clear strategies for planar, three-dimensional and 5-axis processing with special high-speed modes. Specific modules for the design of molds for various types of casting with the analysis of the flow of material and successive stamps with a step-by-step scan make it possible to achieve a previously unattainable level of productivity. Vero Software offers specialized solutions that no longer need to switch between programs from different vendors and perform solid state geometry conversion to the surface that is required by traditional IT systems.
VISI Modeling
VISI Modeling is the basis of all VISI products, a powerful system for solid and surface modeling, based on the Parasolid速 core, which is considered the industry standard. Together with the technology of surface treatmentVero, model analysis and 2D-design, the VISI Modeling package makes it possible to design, edit and edit the most complex 3D-objects.
VISI Analysis
When working with imported data, the quality of the model is important. Detection of potential problems at an early stage of the project will greatly simplify the task of the designer and will allow to save a lot of time in the future as development.
VISI Mold
VISI Mold is a specialized solution for the design of molds, taking into account the features of equipment used in this industry. With its help, the user goes through the entire design process, observing in real time how changes in the finished product will affect the design of the mold.
VISI PEPS-Wire
VISI PEPS-Wire is the leader in its field, the creation of control programs for wire erosion PEPS Wire EDM, developed specifically for precision technologies, tooling, molds and dies as part of the VISI complex. VISI PEPS-Wire provides automatic recognition of wire forms, including conical and 4-axis straight from solid geometry. Products of various shapes are easily handled by reliable wire erosion trajectories and a proven CNC code suitable for any type of erosion equipment.
VISI Blank
VISI Blank is an integrated solution for creating flat blanks from complex 3D models. It is especially useful for creating sheet metal blanks, blanks for the production of serial stamps, processing on presses, etc. The main advantages of VISI Blank are the ideal integration with the popular VISI Modeling package based on the industry-standard Parasolid core and Vero’s own development in surface modeling And planar design.
VISI Reverse
VISI Reverse is a high-level software solution for reverse 3D-design, reconstruction of 3D geometry, topography, medical design and other, supplied at an attractive price. The 3D point cloud that is used to design the 3D model can be taken from any measuring device or technology, for example, from a 3D scanner, digitizer, coordinate measuring machine, laser trackers, time-of-flight lasers, photogrammetry or stereophotogrammetry.
VISI Flow
All stages of the mold making can benefit from this solution, which allows to optimize the design and adjust the casting parameters. The creators of finished products, molds and foundry workers will also benefit from Vero Software’s innovative technology for mold simulation, which allows the creation of reliable and cost-effective molds with optimal casting conditions. The VISI Flow module is a unique tool for forecasting and analysis before and after production with consistent engineering development of plastic molded products.
VISI Electrode
VISI Electrode is an automated module for the development and management of electrodes and their holders for processing hard-to-reach areas of molds and dies. Convenient design of the holders, simulation and prevention of collisions ensure correct operation of the electrode from the first time.
VISI Progress
Specific industry-specific functions help to more efficiently and efficiently design the rigging. Intellectual solutions VISI Progress, designed to help the designer, reduce the likelihood of errors and significantly increase the productivity of production.
VISI Multi-Slides
VISI Multi-Slides – extension of the VISI Progress module for the construction of cam shafts used on multi-position presses specifically for bending. With its help, a fast and efficient simulation and synchronization of the bending cycle following the cutting phase of the serial stamp occurs. The construction of the cam shafts and the necessary measurement takes place automatically for each of the presses.
VISI Machining 2D
VISI Machining 2D is a simple, practical and intuitive solution for the processing of various operations, including 4- and 5-axis. Intelligent character recognition automatically selects shapes for processing directly on solid geometry and creates reliable toolpaths for milling and drilling.
VISI Machining 3D
VISI Machining 3D creates intelligent machining trajectories for the most complex 3D parts. Special high-speed milling techniques and built-in smoothing algorithms create high-quality NC code. Such intelligent processing paths shorten cycle times and increase production productivity.
VISI Machining 5-Axis
5-axis machining is traditionally considered the most suitable for automotive and air navigation. It has many advantages, which are also used in the production of molds and dies. The VISI Machining module is a productive solution for creating highly effective cutting tool paths with a powerful collision avoidance feature, even for the most complex 3D models.
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VISI Modeling
VISI Modeling is the basis of all VISI products, a powerful system for solid and surface modeling, based on the Parasolid速 core, which is considered the industry standard. Together with the technology of surface treatmentVero, model analysis and 2D-design, the VISI Modeling package makes it possible to design, edit and edit the most complex 3D-objects.
VISI Analysis
When working with imported data, the quality of the model is important. Detection of potential problems at an early stage of the project will greatly simplify the task of the designer and will allow to save a lot of time in the future as development.
VISI Mold
VISI Mold is a specialized solution for the design of molds, taking into account the features of equipment used in this industry. With its help, the user goes through the entire design process, observing in real time how changes in the finished product will affect the design of the mold.
VISI PEPS-Wire
VISI PEPS-Wire is the leader in its field, the creation of control programs for wire erosion PEPS Wire EDM, developed specifically for precision technologies, tooling, molds and dies as part of the VISI complex. VISI PEPS-Wire provides automatic recognition of wire forms, including conical and 4-axis straight from solid geometry. Products of various shapes are easily handled by reliable wire erosion trajectories and a proven CNC code suitable for any type of erosion equipment.
VISI Blank
VISI Blank is an integrated solution for creating flat blanks from complex 3D models. It is especially useful for creating sheet metal blanks, blanks for the production of serial stamps, processing on presses, etc. The main advantages of VISI Blank are the ideal integration with the popular VISI Modeling package based on the industry-standard Parasolid core and Vero’s own development in surface modeling And planar design.
VISI Reverse
VISI Reverse is a high-level software solution for reverse 3D-design, reconstruction of 3D geometry, topography, medical design and other, supplied at an attractive price. The 3D point cloud that is used to design the 3D model can be taken from any measuring device or technology, for example, from a 3D scanner, digitizer, coordinate measuring machine, laser trackers, time-of-flight lasers, photogrammetry or stereophotogrammetry.
VISI Flow
All stages of the mold making can benefit from this solution, which allows to optimize the design and adjust the casting parameters. The creators of finished products, molds and foundry workers will also benefit from Vero Software’s innovative technology for mold simulation, which allows the creation of reliable and cost-effective molds with optimal casting conditions. The VISI Flow module is a unique tool for forecasting and analysis before and after production with consistent engineering development of plastic molded products.
VISI Electrode
VISI Electrode is an automated module for the development and management of electrodes and their holders for processing hard-to-reach areas of molds and dies. Convenient design of the holders, simulation and prevention of collisions ensure correct operation of the electrode from the first time.
VISI Progress
Specific industry-specific functions help to more efficiently and efficiently design the rigging. Intellectual solutions VISI Progress, designed to help the designer, reduce the likelihood of errors and significantly increase the productivity of production.
VISI Multi-Slides
VISI Multi-Slides – extension of the VISI Progress module for the construction of cam shafts used on multi-position presses specifically for bending. With its help, a fast and efficient simulation and synchronization of the bending cycle following the cutting phase of the serial stamp occurs. The construction of the cam shafts and the necessary measurement takes place automatically for each of the presses.
VISI Machining 2D
VISI Machining 2D is a simple, practical and intuitive solution for the processing of various operations, including 4- and 5-axis. Intelligent character recognition automatically selects shapes for processing directly on solid geometry and creates reliable toolpaths for milling and drilling.
VISI Machining 3D
VISI Machining 3D creates intelligent machining trajectories for the most complex 3D parts. Special high-speed milling techniques and built-in smoothing algorithms create high-quality NC code. Such intelligent processing paths shorten cycle times and increase production productivity.
VISI Machining 5-Axis
5-axis machining is traditionally considered the most suitable for automotive and air navigation. It has many advantages, which are also used in the production of molds and dies. The VISI Machining module is a productive solution for creating highly effective cutting tool paths with a powerful collision avoidance feature, even for the most complex 3D models.
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GLOUCHESTERSHIRE, UK, June 9, 2017 – The latest release of VISI, Vero Software’s specialist mold and die solution, delivers a number of user experience enhancements and addresses an issue that is often neglected, but that can have an important effect on the final shape of a formed sheet-metal component.
When the sheet metal part is removed from the die and the forming forces released, material elasticity will cause the part geometry to experience springback. The new Springback prediction functionality in VISI 2017 R2 is designed to reduce the time and cost of a typical trial and error approach to solving this long-standing industry issue.
VISI Brand Manager Massimo Vergerio says, “Springback can make it difficult to control the part’s final dimensions. The new prediction tool starts from the nominal part, material data and blank calculation, generating a second mesh of the product’s geometry after springback. The designer can then achieve a morphing on the surface with the relative compensation tool, which generates the required compensated surface, producing the accurate die faces for the required sheet metal part.”
When a designer is validating the part for formability, a new graphical analysis representation mode will subdivide the results into six possible zones that occur during the forming process:
- Strong Wrinkle Tendency – slight stretch in one direction, and compensation in the other, with material thickening
- Wrinkling Tendency – stretch in one direction, and compression in the other, with slight material thickening, which may cause wrinkles to occur
- Low Strain – minimal stretch or compression in either the major or minor directions
- Safe – area below the Forming Limit Curve where failure is unlikely to occur
- Marginal – the area between the safe and fail zones, where the forming process is marginally safe
- Fail – the area above the Forming Limit Curve where splitting and localized thinning are likely to occur
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Amongst several items of new and enhanced functionality for both CAD and CAM processes, the new 2.5-Axis Pocketing Strategy in VISI 2017 R2 improves toolpath quality, optimizes toolpath on open features, and allows machining from a stock model. “When the stock model is defined, the new Pocketing Strategy can identify the areas where it’s necessary to remove the material and adapt the toolpath to produce passes only when they’re needed,” says Vergerio.
And he says, high speed machining can now be achieved with the new 2.5-Axis Waveform Strategy (previously available in 3D roughing), which maintains constant tool cutting load, constant cutting feed rate, and a smooth toolpath which avoids sharp changes in direction.
Based on the Pocketing technology, the new Remachining Strategy inherits the same enhancements and advantages. Rest area recognition is achieved automatically, based on the reference operations. A new residual stock algorithm is used for both 2D and 3D operations and the Dynamic Incremental Stock command. This will ensure a consistent toolpath quality regardless of the operation type.
The new Electrode machining module automates the electrode design-to-manufacturing process. It benefits from all the relevant electrode data added by the operator during the electrode creation phase while also removing the potential risk of possible input error. “That’s because this data doesn’t need to be added again for machining. Manufacturing data is collected during the design phase and automatically passed to the CAM cycles,” says Vergerio.
Where a substantial number of electrodes need to be machined, the new module automates the process, saving a considerable amount of time.
Based on the Pocketing technology, the new Remachining Strategy inherits the same enhancements and advantages. Rest area recognition is achieved automatically, based on the reference operations. A new residual stock algorithm is used for both 2D and 3D operations and the Dynamic Incremental Stock command. This will ensure a consistent toolpath quality regardless of the operation type.
The new Electrode machining module automates the electrode design-to-manufacturing process. It benefits from all the relevant electrode data added by the operator during the electrode creation phase while also removing the potential risk of possible input error. “That’s because this data doesn’t need to be added again for machining. Manufacturing data is collected during the design phase and automatically passed to the CAM cycles,” says Vergerio.
Where a substantial number of electrodes need to be machined, the new module automates the process, saving a considerable amount of time.
Briefly, other important enhancements introduced in VISI 2017 R2 include:
- New Product Launcher, which is a customizable software starting window that provides access to the complete suite of installed VISI applications. The launcher also has dedicated areas for the user’s most commonly used tools, which can be added by drag & drop, as well as displaying the VISI social media channels.
- Improved user experience with high quality toolbars to support 4k monitors.
- Updated CAD translators to support the latest geometry formats.
- Improved Wire EDM technology and software fixes.
About Vero Software
Headquartered in England, Vero Software designs, develops, and supplies CAD/CAM/CAE software radically enhancing the efficiency of design and manufacturing processes, providing its customers with exceptional value through high productivity gains and significantly reducing time to market.
Headquartered in England, Vero Software designs, develops, and supplies CAD/CAM/CAE software radically enhancing the efficiency of design and manufacturing processes, providing its customers with exceptional value through high productivity gains and significantly reducing time to market.
The company’s world-renowned brands include Alphacam, Cabinet Vision, Edgecam, Machining STRATEGIST, PEPS, Radan, SMIRT, Surfcam, WorkNC and VISI, along with the production control MRP system Javelin. Despite the diversity of application, these solutions have one thing in common: they all address the rising challenges of achieving manufacturing efficiencies and bring huge value to the operations in which they are deployed.
Vero has direct offices in the UK, Germany, Italy, France, Japan, USA, Brazil, Netherlands, China, South Korea, Spain and India supplying products to more than 45 countries through its wholly owned subsidiaries and reseller network.
Vero is part of Hexagon (Nordic exchange: HEXA B), a leading global provider of information technologies that drive quality and productivity across geospatial and industrial enterprise applications. For more information, please visit www.verosoftware.com.