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TECHNOLOGY 41
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manufacturing processes. DC Studio
Three-dimensional digitisation in the furniture industry can
be applied in various domains.
1. The designer often assembles the initial full-scale prototypes

of designed furniture items manually. To replicate these
prototypes in large-scale or series production using traditional
manufacturing methods such as CNC machining, engineers
must create a 3D CAD model. When generating 3D CAD
models from physical objects, 3D digitisation offers the
most time-efficient and dimensionally accurate solution. purposes, exhibiting the potential to accelerate new product
Case study No. 1 showcases a practical application of development and the design process substantially. Three-
this technology. dimensional scanning technology significantly reduces the time
2. The primary area of utilisation of 3D digitisation in furniture required to progress from initial sketches to a final product.

production is metrology, which is used to verify the By exploring the current applications of 3D scanning
dimensional precision of fabricated components. A virtual in the furniture industry, this article studies the factors that
point cloud 3D representation can be generated using 3D determine when, why, and how 3D scanning can most benefit
digitisation, and this representation can be juxtaposed with furniture design and production. Four real-world case studies
the ideal 3D CAD representation of the same product so demonstrate the combined 3D scanning and 3D CAD modelling
dimensional discrepancies can be gauged. This is not a in furniture creation.
frequently utilised application of 3D digitisation in furniture In one word, the literature review and real-world furniture

because furniture items typically do not necessitate high industry examples demonstrate the value of 3D scanning for
dimensional precision. the following key applications:
3. Three-dimensional scanning can preserve and reconstruct 1. Three-dimensional scanning allows the creation of accurate
antique furniture. Digital storage eliminates the complexities 3D CAD models from physical prototypes, streamlining the
of storing actual antique furniture. Additionally, digital development process of new furniture.
representation can be easily distributed to others and is 2. Manufacturers can verify the dimensional accuracy by
openly accessible to everyone worldwide for analysis. comparing the scanned components with the CAD models,
4. Furniture production firms often need to replicate more leading to a higher-quality end product.
duplicates of previously manufactured products (reverse 3. Three-dimensional scanning facilitates the preservation,

engineering). Technical documentation of these products analysis, and reconstruction of antique furniture pieces.
is often deficient or non-existent. Faithfully reproducing 4. This technology enables replicating existing furniture products,
these products begins with 3D digitisation as a foundation even with incomplete or missing technical documentation.
for CAD representation. In addition, from the presented case studies, it is
For furniture manufacturers seeking to increase efficiency clear that knowledge of 3D scanning, reverse engineering,
in new product development and design, integrating 3D and additive manufacturing (3D printing) has become
scanning technology offers significant advantages. Presently, one of the most essential skills for today’s engineers

3D scanners, particularly those with standard precision levels, and designers. FDM
are relatively affordable and suitable for furniture manufacturing ENQUIRY NO. 3201