BIMLibrary.co
Table 4 Legs Universal Parametric
Fully parametric Revit table with adjustable dimensions and materials, suitable for coffee, dining, or restaurant settings in residential and commercial projects.
- Version Revit 2022
- File Size 624.00 KB
-
Format
This Revit family represents a fully parametric universal table designed for use in both residential and commercial environments, including restaurants, cafés, offices, hospitality spaces, and homes. The model features a clean, minimal four-leg design that integrates easily into a wide variety of interior layouts and architectural styles.
The table is built with flexible dimensional parameters, allowing users to quickly adapt it for different uses—from low coffee tables to standard dining or restaurant tables. Key adjustable parameters include length, width, height, tabletop thickness, leg size, and subframe.
The family also includes parametric material controls that allow the tabletop and legs to be assigned different finishes. This makes it easy to switch between materials such as wood, laminate, stone, metal, or composite surfaces, supporting a wide range of design schemes from residential interiors to high-traffic commercial environments.
Optimized geometry keeps the model lightweight and efficient, making it suitable for projects with large furniture counts such as restaurants, cafés, coworking spaces, and dining areas.
Key features include:
Fully parametric length, width, and height.
Adjustable proportions from coffee table to dining/restaurant table.
Parametric tabletop thickness and leg dimensions.
Adjustable leg inset/setback from table edges.
Independent material parameters for the tabletop and legs.
Lightweight geometry for large seating layouts.
Includes preset sizes (72x36, 60x30, 48x30, 40x30, 42x24, 30x30).
Suitable for residential, hospitality, office, and commercial projects.
The table you were looking for! This versatile family provides a simple, universal table solution that can be quickly adapted to a wide range of interior design and architectural applications.















