Argon 3D

Name: Argon 3D — Download page. Precision 3D modeling software
Price: 375.00 USD
Availability: InStock
Rating: 4 (1 reviews)
Author: Ashlar-Vellum

Argon 3D — Free Download. Precision 3D modeling software

Argon™ is precision CAD and 3D modeling software for Windows. It offers history-free wireframe, solid, and surface modeling with precision drawings, photorealistic renderings, and animation. The application provides an entry-level 3D modeling environment without the advanced features of professional packages, while maintaining solid and surface modeling engines, rendering, and animation tools.

★★★★★

4.0(1 ratings)

Download Argon 3D (Official links)

File size: 462 MB

The latest version of Argon 3D is: 12 SP2

Operating system: Windows

Languages: English

Developer: Ashlar-Vellum

Price: $375.00 USD (14-day free trial)

Solid and Surface Modeling. Boolean operations to unite, intersect, and subtract volumes. Creation of complex shapes from geometric primitives. NURBS surface modeling for organic and industrial design shapes. Generation of solids from closed surfaces.
Wireframe and Line Modeling. Creation of reference geometry and basic model structure. 2D and 3D drawing tools with absolute and relative coordinates. Precise editing of vertices, edges, and curves. Construction of profiles for extrusion and revolution.
Photorealistic Rendering. Rendering engine with global illumination, soft shadows, and reflections. Material assignment with textures, transparency, and reflection properties. Scene setup with backgrounds, HDRI environments, and cameras. High-resolution image export for presentation.
Model Animation. Creation of motion paths for objects and cameras. Keyframe configuration for transformations and property changes. Generation of animation sequences for mechanism visualization. Export to video formats for demonstrations.
Precision Drawings and Dimensioning. Generation of orthogonal and perspective views from 3D models. Insertion of linear, angular, and radial dimensions with tolerances. Technical annotations and bill of materials. Manufacturing drawings adhering to technical drafting standards.
Measurement and Analysis Tools. Calculation of distances, angles, areas, and volumes. Interference checking between components. Analysis of physical properties like center of gravity. Export of metric data for documentation.
Import and Export Formats. Compatibility with DWG, DXF, IGES, STEP, 3DM (Rhino), STL. Data exchange with other CAD systems and manufacturing software. Import of raster images for use as reference. Export for 3D printing and CNC machining.
Layer System and Organization. Project structuring using layers with display properties. Logical grouping of components and subassemblies. Control of visibility and render properties by layer. Management of colors and line styles by layer.
Geometric Transformation Tools. Translation, rotation, and scaling operations with numerical precision. Copying using linear, circular, and path arrays. Object manipulation via mirrors and matrices. Controlled deformation of geometry.
Materials and Textures. Library of predefined materials with adjustable physical parameters. Application of bitmap and procedural textures with UV mapping. Control of reflectivity, transparency, and surface roughness. Simulation of metallic, plastic, glass, and fabric materials.
Lights and Scene Setup. Types of point, directional, spot, and area lights. Adjustment of intensity, color, attenuation, and shadows. Ambient lighting and fog effects. Configuration of multiple cameras with different angles.
Customizable Interface. Reorganization of toolbars and floating panels. Configuration of keyboard shortcuts and context menus. Multiple workspaces adapted to different tasks. System of preset views and viewport management.
2D Drawing Tools. Creation of geometric entities such as lines, arcs, circles, and polygons. Editing via fillets, chamfers, offsets, and trims. Hatch patterns and area fills. Reusable blocks and symbols with attributes.
Coordinate System. Global, local, and user-defined coordinate systems. Work on auxiliary construction planes. Constraining movement to specific axes. Input of Cartesian, cylindrical, and spherical coordinates.
Operation History. Sequential log of commands executed during the session. Ability to undo and redo multiple steps. Saving the model state at checkpoints. Traceability of changes for collaborative work.

Development of Argon began at Ashlar-Vellum, a company founded by Martin Newell and Chris B. Horn in 1985, known for its focus on accessible CAD interfaces. The software was released as part of the company's suite of 3D modeling products, designed specifically for users who require precision tools without parametric complexity.

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