Intec 2019
CAD, CAM and the virtual twin
DPS Software, IT system house with a focus on digital solutions for the manufacturing industry, is presenting itself at Intec 2019 with three main topics: Design solutions with Solidworks CAD and production-related solutions in CAD, manufacturing software CAM using SolidCAM and the simulation of factories and production facilities with Visual Components.
Dassault Systèmes releases new versions of Solidworks every year to further improve the software. After all, 275,000 companies in German-speaking countries rely on the successful CAD software, especially for SMEs. This year, the speed of the software has been further increased, which is particularly time-saving for users with complex assemblies. In addition, in combination with modern graphics cards, whose GPUs achieve high computing capacities, sharp and flowing images of high quality are created.
Future-proof products such as Composer and the PDM data management system, which work completely associatively, now make it possible for smaller companies to automate processes effectively. This means, for example, that when changes are made to an assembly, the downstream documentation is automatically updated and further processed. This not only saves time, but also avoids errors.
According to the company, this makes it possible to support the development process with a wide range of Solidworks simulation solutions in the areas of FEM and CFD. The latest partner solution iGRAF enables fully integrated particle simulation using the discrete element method.
Into the future at high speed
How are efficient workflows created? How does a company gradually optimize the entire production process? Reliable software solutions that are regularly optimized and fully harmonized with the existing software are important for the user. DPS Software offers users fully integrated solutions from the initial idea to design, including clamping and production technology, CNC programming, tool management, data transfer and CNC machining, including subsequent quality assurance. This can only be achieved smoothly by consultants who understand the entire process chain and help to avoid isolated solutions.
Work preparation in the SolidCAM world
SolidCAM, an innovative market driver for the latest quality standards and methods such as iMachining, features improvements in the current release, which will be explained at the trade fair stand. These include job templates and template groups that make it possible to process the desired component in just a few minutes using "drag and drop". The new multi-tool technology type helps when combining machining steps that build on each other, initially combining separate jobs for roughing, rough finishing and finishing. In addition, the latest developments in tool technology such as circular segment cutters can now also be used for programming. It is now also possible to control sliding headstock lathes for special components.
The further development of existing systems is also part of SolidCAM's strategy for the future. For example, users will find a redesigned material database and the new Turbo HSM for fast tool path calculations.
At Intec, these innovations will be presented every hour in live demos including live milling with stand neighbor and partner Hurco. The tools will be supplied by Stock.
Factory and production simulation with the latest VR technology
The 3D factory simulation from Visual Components enables both professional factory planning and the creation of a virtual twin for cycle time analysis. This means that users have the opportunity to take a very realistic "walk" through their virtual factory or plant. Virtual twins of the plant can be created by connecting virtual or real control systems. With these, it is now possible to carry out tests in a cost- and resource-saving manner. This means that machine park variations can also be better assessed in the context of the hall layout and optimally incorporated into process planning. The second pillar of the software is robot programming, which can be fully integrated into the system planning. This can be used to automatically generate a robot room path curve based on a 3D CAD contour and then transfer it to various real robots for welding and grinding processes using a post-processor.
Intec, Hall 2, Stand B26














