![vero visi pro engineer konvertieren vero visi pro engineer konvertieren](https://cadcamengineering.net/wp-content/uploads/2015/05/04-05-15-11-35-37-SA.jpg)
As these components are added, the mold-base software also creates the associated holes and features for those components, keeping track all the while of relations between features.Ĥ) In conjunction with the CAD system, or though their own functionality, the mold-base packages generate four-view production drawings and an automatic bill of materials (BOM). Much of the software also lets users work with custom base sizes.ģ) Through a dialog or menu interface, users add all the tool's functional components-from gates, runners, ejection, cooling, and slides right down to individual screws, pins, and bushings. All of today's mold-design software offers one or more libraries of solid geometry for mold bases and components from popular vendors. Users typically have to enter some information through a drop-down menu or dialog box. (Most systems can support direct impression of the core and cavity into the mold plates.) Depending on the software, the process will be all but automatic. Though the software products differ in how much automation they offer, almost all of them involve roughly the same steps to produce a solid model of a mold assembly:ġ) After creating or importing a 3-D part model, users create cores and cavities around that model, using either automated routines, generic CAD operations, or some combination of the two to arrive at the parting surfaces.Ģ) Following the core-and-cavity work, users pick a mold-base size in which the core/cavity inserts will fit. Or, in some cases, it can have fewer capabilities and can function as a low-cost, plug-in solids library of mold bases and components.
![vero visi pro engineer konvertieren vero visi pro engineer konvertieren](http://www.cadcamhome.net/img/visi/VISI_Progress_1.jpg)
In other respects, this type of mold-base creation software can have just as many features and as much built-in design intelligence as high-end systems. Changes also carry through to the bill of materials and production drawings, providing even greater time savings.Īnother class of solids mold-design software focuses only on the mold assembly, without offering automation tools for core-and-cavity work beyond the generic functionality of the CAD system.
VERO VISI PRO ENGINEER KONVERTIEREN UPDATE
For example, re-sizing a mold plate will also update the size and location of all the holes, bushings, and other features associated with that plate. So changes made to one element of the mold design update the dimensions and locations of all the related elements. The parametric and associative nature of the underlying solid modelers adds a kind of built-in intelligence. Much of that added speed comes from the ability of most software to handle design revisions automatically or semi-automatically. The new products automate the design process to varying degrees, but many go as far as to enable creation of a solid mold assembly with just a few mouse clicks. "We do all the grunt work," says Bob Nofftle, president of Cimlogic, a supplier of mold-base software. Help for the solids-challenged comes in form of 15 new software products that automate the most repetitive aspects of injection mold design. The good news is that working with solids throughout the mold-design process, from part to mold design to machining code, has gotten much easier. Adding to the time burden is the need to train many mold designers whose work styles are based on their tried-and-true 2-D CAD systems. "Working in solids can be resource intensive," agrees George Mallory, engineering v.p. And it takes extra time for the computer to process a solid model. He notes that it takes valuable time to create all the automation routines that let users build a finished mold assembly from a collection of mold-base and component geometries. "Designing molds in solids can be cumbersome," says Alexander. Mold designers know that it's one thing to work with a solid part model and another thing to design an entire injection mold-from the parting surfaces of its cores and cavities to its myriad assembled parts-in solids. "Many mold designers today are on the brink of going to solids or going out of business," says Steven Alexander, president of Spectrum Mold Technologies, one of the sources of new design-automation software. With more and more plastic part design carried out wholly or partly in solids, mold designers must be able to work with solid models as a starting point. Now, mold designers are again changing the way they work, this time in response to the growing dominance of solids-based CAD software. The first one occurred when designers exchanged their drafting tables for CAD workstations. Injection mold design is in the midst of a second computer revolution.