Today, it’s easy to make your living room stand out using cost-effective and innovative methods such as the use of modern slipcovers for sofas that need a new look. Similarly, the use of parametric designed furniture pieces will make your space beautiful and unique.
Parametric modeling is a modern furniture design technique that is unique, cost-effective, and efficient. The design that is centered on algorithmic computing has become popular in the making of sofas, desks, chairs, and other customized furniture pieces.
But how exactly does the parametric furniture design work? Here’s a lowdown on everything you need to know about this innovative design technique.
Basics of Parametric Design Process
Parametric is a term derived from mathematics that refers to the use of variables or parameters that one can change to manipulate the result or the end product.
When it comes to furniture design, such variables or equations can help change the dimensions of a chair, table, or another furniture piece.
Often, a parametric designer starts by coming up with a 3D model or drawing where the core dimensions of the model are turned into parameters. The designer can now change these parameters to alter the model’s design.
Benefits of Using the Parametric Modeling In The Furniture Industry
The use of parametric modeling has led to many benefits for the furniture industry. With the help of this design, it’s possible for woodworkers to:
1. Easily Make Modifications
With parametric modeling, it’s possible to make alterations to furniture at the design stage. One can also seamlessly integrate changes to the modeled design. This makes it easy for woodworkers to adjust the parameters of the furniture on a need to need basis.
The ability to make easy modifications is beneficial for furniture manufacturers as they often have to replicate the same furniture for different sizes and functionalities.
2. Saves Materials and Costs
With the parametric design, furniture manufacturers do not need to produce physical prototypes, which eat up lots of materials and costs. Woodworkers can use this digital method to create models of furniture pieces that they can show to clients.
Besides, the parametric design offers the ability to stress-test furniture pieces before they leave the design stage. This further reduces the need of producing costly physical prototypes.
3. Get Rid Of Flaws
The parametric design makes it easier for manufacturers to recognize furniture flaws before fabrication.
The detailed visualization provided by parametric modeling enables workers to analyze the furniture design and make changes to any existing flaws. This results in the making of timely revisions before the furniture can be manufactured.
4. Increases Productivity among Workers
Furniture manufacturers do not need to develop separate models for different variants of the same furniture when using parametric modeling.
Moreover, it’s possible to change a model’s parameters without creating new furniture from scratch. This reduces repetition and increases productivity among workers. It also makes it easier to develop the best furniture when considering the piece’s functionality, size, and aesthetics.
5. Results to Innovation Designs
When using parametric modeling, workers have more room to explore and experiment with the model before the final product is manufactured. This exploration is possible with no additional costs or materials, and in case the dimensions aren’t found to be right, they can be changed at no extra cost.
In closing, parametric modeling has offered more flexibility to furniture designs. This design helps furniture manufacturers make modifications quickly, minimize materials usage and costs, increase productivity