Small parts manufacturing from cardboard and paper is most commonly chosen when high precision, low weight, and fast production are required. These materials allow cutting very fine contours and complex patterns that would be difficult to achieve using mechanical methods.
Cardboard and paper have a layered or fibrous structure, which allows laser processing to separate contours very precisely without physical pressure on the material. Paper is suitable for very small parts, stencils, and mock-ups where precise contours are important, but mechanical strength is not required. Cardboard, depending on thickness and layering, allows the production of stronger small parts for packaging, prototypes, or decorative elements.
It is important to note that different types of cardboard (solid, corrugated, multi-layer) behave differently—this directly affects how fine the cuts can be and how close elements can be positioned to each other.
What you need to know in advance
When manufacturing small parts from cardboard or paper, it is essential to consider the risk of burning and edge darkening, especially with light-colored materials. Very fine elements can be sensitive to smoke residue, so proper cutting direction and surface protection are important.
It should also be noted that paper and thin cardboard lack mechanical strength—very small parts may deform after cutting during transport or assembly. If parts must be precise and aesthetically clean, test production or design simplification is often recommended.
If you are planning small parts manufacturing from cardboard or paper and are unsure about the material or design, please submit an inquiry. We will evaluate the project and propose the most practically suitable solution.
