Returns geometry with configured material

Represents a linear round material with configurable kind, diameter/thickness, texture, price, and weight.

Represents a linear tape with configurable material, width, thickness, face and edge textures, price, and weight.

Represents materials sold individually or in kits, such as components, assemblies, and products.

Represents a flat sheet material with configurable material type, dimensions, textures, price, and weight.

Represents a volumetric material with type, density, and price per unit of volume.

Represents a material that is priced and sold based on weight.

Represents a C-shaped beam with configurable material, dimensions, texture, price, and weight.

Represents an I-beam profile with configurable material, dimensions, texture, price, and weight.

Represents an L-beam (corner profile, angle profile) with equal sides, configurable material, dimensions, texture, price, and weight.

Represents a T-beam profile with configurable material, dimensions, texture, price, and weight.

Represents a hollow, hexagonal-profile pipe with configurable material, dimensions, texture, price, and weight.

Represents a solid, hexagonal-profile pipe with configurable material, dimensions, texture, price, and weight.

Represents an L-beam (corner profile, angle profile) with different side lengths, configurable material, dimensions, texture, price, and weight.

Represents a hollow, rectangular-profile pipe with configurable material, dimensions, texture, price, and weight.

Represents a solid rectangle pipe profile with configurable material, dimensions, texture, price, and weight.

Represents a hollow round pipe profile with configurable material, dimensions, texture, price, and weight.

Represents a solid, round-profile pipe with configurable material, dimensions, texture, price, and weight.

Represents a hollow, square-profile pipe with configurable material, dimensions, texture, price, and weight.

Represents a solid, square-profile pipe with configurable material, dimensions, texture, price, and weight.

Generates a flat solid sheet from material and size parameters.

Generates a 3D solid of linear flat material (such as a strip or tape).

Generates a 3D solid of linear round material (such as a strip or tape).

Generates a rectangular solid bar (box-shaped) using the specified dimensions and material.

Generates a hollow rectangular tube (box-shaped) by lofting between inner and outer rectangular profiles and extruding along a specified length.

Generates a rectangular solid bar (box-shaped) using the specified dimensions and material.

Creates a hollow rectangular tube (square in cross-section) by extruding a profile from the given origin point

Generates a 3D C-beam (channel beam) using material dimensions and extrudes it along the Y-axis.

Generates a 3D I-beam (H-beam) solid using selected material dimensions and extrusion length.

Generates a solid cylindrical bar (round bar) from the specified material, with configurable diameter, length, and origin point

Creates a hollow cylindrical solid (round tube) using the given material, diameter, wall thickness, and length

Generates an L-profile (equal-leg angle) solid from material parameters.

Generates an L-beam solid with unequal legs based on the selected material.

Generates a hollow hexagonal tube using material parameters and extrudes it along the Y-axis.

Generates a solid hexagonal bar using material dimensions and extrudes it along the Y-axis.

Generates a 3D solid T-beam profile based on structural parameters such as flange width, depth, and web thickness

The Deconstruct Sheet node is used to break down a sheet material into its fundamental attributes, allowing for detailed analysis and manipulation.

Breaks down a linear flat material (e.g., tape, strip) into its fundamental attributes for detailed access and usage.

Breaks down a linear round material (e.g., tape, strip) into its fundamental attributes for detailed access and usage.

Breaks down a volumetric material into its fundamental attributes for detailed access and usage.

Breaks down a material to extract its weight and other fundamental attributes for detailed access and usage.

Breaks down a count-based material into its fundamental attributes, including unit size, count, total weight, and price.

The Deconstruct C-Beam node extracts the structural and material properties of a C-beam profile, allowing for precise analysis and manipulation.

The Deconstruct Hex Bar node extracts key attributes from a hexagonal bar profile, enabling precise analysis and downstream use in design or manufacturing.

The Deconstruct Hex Tube node extracts key geometric and material attributes from a hollow hexagonal tube, supporting engineering analysis and modeling workflows.

The Deconstruct L-Beam Different node extracts structural and material properties from an asymmetrical L-beam profile, enabling in-depth analysis and manipulation.

The Deconstruct L-Beam node extracts structural and material attributes from an L-beam profile, enabling detailed modeling, analysis, and cost evaluation.

The Deconstruct I-Beam node extracts essential structural and material attributes from an I-beam profile, enabling precise modeling, simulation, and cost analysis.

The Deconstruct Rectangle Bar node extracts the essential geometric and material attributes from a rectangular bar profile, enabling detailed inspection and manipulation.

The Deconstruct Rectangle Tube node breaks down a rectangular tube material into its core attributes for detailed analysis and customization.

The Deconstruct Round Bar node breaks down a round bar material into its essential attributes, enabling detailed analysis and customization.

The Deconstruct Round Tube node breaks down a round tube material into its essential attributes, enabling detailed analysis and manipulation.

The Deconstruct Square Bar node breaks down a square bar material into its fundamental attributes for detailed analysis and manipulation.

The Deconstruct Square Tube node is used to break down a square tube material into its fundamental attributes, allowing for detailed analysis and manipulation.

The Deconstruct T-Beam node is used to break down a T-beam material into its fundamental attributes, allowing for detailed analysis and manipulation.