Objects in a 3D sketch are three-dimensional, can be captured or constrained, and support the use of Intelligent Point Reference. You can directly use 3D sketches as contours, paths, curves, etc. for modeling.
Turn objects into sketch blocks and create new objects by inserting blocks and quickly changing their sizes.
Analyze and quickly repair abnormal conditions (e.g. open edges, gaps, duplicate faces, intersection loops) found in the geometry of imported files.
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Create one feature with all features of some geometries so that you can easily reuse features and avoid repetitive work.
Raster images can be embossed on the surface of your model nice and quick with the Emboss command. Morph and Winding can be used for objects, surfaces, and STL models.
You can disassemble and drag the sub-assembly components, turn components into a sub-assembly, or save the sub-assembly as a new file or new object.
Efficiently generate linear/diameter/radius/hole dimensions and so on with all the objects in a view or annotate the selected objects.
You can add annotations to the 3D model. All the PMI objects can be listed in the view manager and directly exported to 2D engineering drawings.
Complex sheet metal design can be completed with Bend, Loft, Louver, Punch, etc. The imported files can be converted into sheet metal parts for unfolding, bending, or design. The advanced FastBlank functions allow you to generate the unfolded effect.
Prepare point cloud data for surface generation by deleting, trimming, dividing, simplifying the imported point cloud. A perfect mesh can be created from the processed point cloud and automatically converted into a NURBS surface.
Full machine simulation has been upgraded with newly added machine builder, CNC controller, machine register, various measuring tool, etc.
Zortrax Inkspire Made for speed and surgical precision. The technology behind Zortrax Inkspire relies on a high resolution LCD screen with UV LED backlighting to cure photopolymers layer by layer.
Industrial-grade components used in the Inkspire guarantee surfaces of models are consistently flawless across multiple prints. The printer is designed to achieve the highest possible results repeatability.
Multiple versions of prototypes can be cost-efficiently made in one printing session. This way, they can quickly undergo comparative evaluation which saves costs by shortening the development cycle.
Zortrax Inkspire is made for all applications where superior precision is of paramount importance. The human eye can't see individual pixels when the image has more than 336 pixels per inch. Pixel density in models 3D printed on the Inkspire exceeds this value regardless of the viewing angle.
Easy comparison of variants for the part, mold and process.
OPTIMIZATION - The high-precision simulation results for CADMOULD facilitate decision-making in the development of complex plastic parts. This ensures that all the decisive criteria can be configured in an optimal manner.
CADMOULD meshes parts automatically directly in the simulation and thus facilitates your work. In selecting the element sizes, the software always finds the correct balance between resolution and computing speed.
During the simulation, CADMOULD automatically calculates the necessary mold compensation or curvature to ensure minimal warpage and give the best dimensional accuracy in your plastic parts.
CADMOULD automatically generates a report with relevant results. This can also be output as a 3D-PDF. Especially for interdepartmental projects mobile 3D PDF reports can significantly promote and facilitate communication.
CADMOULD includes integrated measuring functions for all the relevant part properties, including dimensions and flatness. These can thus be determined directly in the simulation.
Simcon is involved in national and international research projects. In this way, new areas of application for CADMOULD are constantly being developed and technical solutions for the development and implementation of complex plastic components are created.
With the individual modules for the simulation of filling, shrinkage and warpage, and special processes (such as elastomer injection molding), you can tailor CADMOULD to your individual requirements. You will find the appropriate modules in the overview. We will be pleased to assist you in making your selection and in implementing the modules.