VariCAD 2022 v1.03 Portable (x64)

VariCAD 2022 v1.03 Portable (x64) Free Download is 3D / 2D CAD software program primarily supposed for mechanical engineering design.

Overview Of VariCAD 2022 v1.03 Portable (x64)

The comprehensive CAD software program enables designers to shortly create, evaluate, and modify their models. The software program is sold as one “fully loaded” package, with all facets and functions, for one very affordable price. VariCAD provides an excellent performance-to-price ratio, making it one of the smartest picks on the market today.

User Interface and System Environment

VariCAD’s Graphical User Interface (GUI) has been designed to allow rapid and intuitive 3D/2D orientation. It has been carefully tailor-made and tuned to reflect the concept process of a designer, so that thoughts can be captured and communicated with a minimal number of steps. All instructions were created with a focal point on ease of use.

You can start by using creating a 3D mannequin and then use it to automatically create drawings files, or you can draw solely in 2D. Designing in 3D is generally greater “natural,” in that it closely represents real parts and assemblies. The 3D strategy is usually extra intuitive than 2D drafting. Models created in 3D are easily transformed into conventional 2D documentation. VariCAD affords tools for 2D updates after modifications of 3D models.

3D Modeling

VariCAD provides a library of fundamental 3D shapes (like a box, cylinder, cone, etc.), which are easily modified via editing their dimensions. Solids can be created additionally by profile rotation, extrusion, or lofting. More complicated tools encompass rotation blending between two profiles, lofting between a circle and rectangle or between extraordinary profiles, and creation of helical surfaces.

Solids can be introduced or subtracted, thus forming Boolean timber representing real mechanical parts. Boolean operations have picks of automatic trimming (so known as selective Boolean operations). Predefined operations like drilling of holes, face milling or groove milling are also available. Edges can be rounded or chamfered. VariCAD presents a lot of possibilities of strong transformations or their editing. Also, you can easily edit Boolean timber – either deciding on solid components from 3D, or selecting them from a listing displaying structure.

Parameters and Geometrical Constraints

Although you can easily transform solids or their parts, you can optionally outline geometrical constraints. Once defined, constraints allow you “to stick” object at described location. More exactly, you can remove stages of freedom of constrained objects. If different objects are changed or transformed, a limited object changes its function automatically. For instance, if you constrain a groove to the end of a shaft and the shaft size is changed, the groove remains in consistent distance from the end edge. Constraints can be described among factors of a solid, among whole solids, or within a 2D profile developing a solid (for instance, via extrusion).

Whenever you enter a dimension of solid, a distance in constraint or dimension in the 2D profile used for solid creation, you can optionally use parameter or even a mathematical expression containing parameters. Changing parameter values, you can exchange shapes or locations of solids.

3D Assemblies and Groups

VariCAD additionally provides equipment for assembly support. If the hyperlink between a part and meeting is defined, any changes made to the phase file are reflected in the meeting file and vice-versa. Linked copies of solids can also be described (so called equal solids). In such a case, editing of one object motives update of all its equal copies. Solid groups can be described as well, making a selection and visibility modifications simple, for multiple objects.
Crash Tests (Interferences)

One splendid feature of 3D modeling is factor interference checking. VariCAD can check 3D assemblies for feasible collisions (overlapping volume) between components.


VariCAD can calculate 2D section area, floor area, volume, mass, the center of gravity, and second of inertia. Mechanical parts calculations are additionally included – for trendy parts used each and every day by mechanical designers. There are calculations of anxiety and compression springs, pre-stressed bolted connections, pins and parallel keys, grooved shafts, bearings, beams under blended stress (bending and torsion), spur and bevel gearing geometry, and belt drives.
Surface Development (Sheet Metal Unbending)

VariCAD Portable can also create developed (unbent) surfaces of 3D solids or sheet metallic parts. The XY coordinates of developed surfaces can be saved into a text file for in addition processing. You can input bending coefficients in order to customise your calculations, to reflect fabric and technology.
Mechanical Part and Symbol Libraries VariCAD contains libraries of widespread mechanical parts (ANSI, DIN), such as bolts, nuts, pins, plugs, cotters, gaskets, bearings, rolled and drawn shapes, and hydraulic, pneumatic, and electrical symbols.

3D – 2D Export

3D fashions are easily transformed into 2D drawings to produce conventional drafting documentation. You can create 2D views of one or greater selected solids by using defining the views in 3D. In addition, you can also export designated sections. VariCAD supports updates of a 2D drawing after adjustments in 3D.

2D Drawing and Editing

Drawing functions are optimized for convenient use in engineering. Some handy elements of 2D drawing include: automatic detection of objects and snap points, severa snap modes, auxiliary construction lines, Ortho mode, rectangular grid, drawing layers, block creation, hatching with automated border detection, advanced dimensioning, end symbols, welding symbols, tolerance symbols, and many more. You can draw in millimeters or in inches.

BOM and Title Blocks

VariCAD provides equipment for maintaining the information structure of the product. There are hyperlinks between attributes of parts and content material of title blocks. You can create a bill of fabric (BOM) from an assembly, or easily regulate the database using instructions like mass attribute changes, sorting of information, etc. Each part can include attributes, like name, type of fabric or supplier. Such data can be used for cloth requisitions, creation of payments of materials (BOM), filling of title blocks, or different purposes.

The data shape of the product (BOM) can be exported into other structures or into a spreadsheet. A mask is used for BOM customization; you can regulate it exactly in accordance to your needs. Mask defines usage of strong or assembly attributes, working with title blocks, strategies of data exports from BOM, etc…


VariCAD can interchange archives with other CAD systems. You can export STEP (3D), STL (3D), IGES (3D), DWG (2D), DXF (2D) files, and import STEP (3D), DWG (2D), DXF (2D). The archives can be converted for my part or in batch routines, thereby converting more than one file in one step.

What’s NEW:

Rebuilt weld and tolerance symbols, now they are behaving as different 2D dimensions.
Improvements in the management of exports of 3D views into 2D. Existing exports can be without difficulty changed.
Changes in sheet metal unbending – extra options in the 2D introduction and better accuracy.
Enhancements in 2D dimensioning – all sorts of dimensions can be connected to 3D views.
Possibility to outline individual shades of selected surfaces.
Better working with predefined 2D or 3D views.
More complicated definition of default color settings and different default attributes.
Changes in 3D filleting.

Rebuilt weld and tolerance symbols.

Weld and tolerance symbols are now created as 2D dimensions. They can be further edited – you can trade the shape of a present symbol, the content of symbols consisting of description, type of weld or tolerance and different attributes. For existing weld or tolerance symbols, used fashion can be changed (like color, line thickness fonts etc.). You can alternate the location of current symbols. Optionally, weld and tolerance symbols can be created by the equal method as beforehand – as single objects or blocks. However, such a method does no longer allow in addition complex enhancing used for dimension type.

View exports from 3D.

For existing view exports, you can exchange a definition of exported solids – if the view export was created solely for selected objects. Existing export can be additionally changed to the export of chosen solids only, or to export of all solids. Similarly, you can change a clipping rectangle of exported view, used regularly for detailed view.

Changes in sheet metallic unbending.

Sheet metal unbending of commonplace NURBS surfaces is now more accurate. Creation of 2D drawing from unbent sheet metallic allows greater options. You can select exceptional line attributes for sharp edges of sheet metal and different attributes for tangential connections like rounded edges.

Enhancements in 2D dimensioning.

All kinds of 2D dimensions can be connected to 3D views, such as weld and tolerance symbols and texts with arrows. If arrow tips are placed at lines growing a 3D view and if the 3D model is changed, the area of these dimensions is accordingly adjusted. Weld and tolerance symbols and texts with arrows are regarded as a subset of dimensions. You can use a filtered selection of 2D objects, together with a particular subset of dimensions. For instance, it is feasible to filter selection so the weld symbols are the solely selected objects.

Angular dimensioning gives a new option – to dimension a complementary attitude to 90 degrees, in addition to the present option of complementary perspective to 180 tiers or dimensioning of an obtuse angle.

Individual color of chosen surfaces, solid coloration settings.

For selected surfaces, a person’s color can be defined. There are a variety of options for such showing – a solid can be displayed in hues according to preceding definitions. In the case of different shades of surfaces, those except a color definition are displayed in default shade or in the color of the relaxation of the solid. Dialog panel of color definitions is no greater complex and higher defined.

Predefined 2D or 3D views.

You can predefine a 2D view (zoom and/or pan), or a 3D view (view rotation, zoom, and/or pan). From now on, browsing a listing of predefined views displays the corresponding view immediately. In different words, views are changed as you cross the cursor over a list of views. Thus, you see which view would be activated if you click on the line in the list, or which predefined view would be rewritten when you want to keep the current view.

More complicated definition of default color settings.

The new model contains an extra complex definition of default shades and other drawing or modeling attributes.

3D modeling.

There are some enhancements in 3D modeling, mostly in the location of 3D filleting. You Can Also Download Fast Video Maker Portable (x64)

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