With laser cutting you can mainly create flat parts that come directly from a digital drawing: technical panels, housing parts, construction kits, displays, packaging inlays, letters, scale-model parts and decorative shapes. Whether an idea is suitable does not only depend on its contour. Material, thickness, connections, size and the way in which the parts are used later together determine the result.
Technical parts and prototypes
Laser cutting is a good fit for parts with a clear two-dimensional shape, such as front panels, spacers, mounting plates, gaskets, molds and flat parts of a housing. Holes, slots, marks and engravings can be included in the same production file. This makes it practical for an initial functional test and for parts that are needed again later.
The part's function determines the choice. A gasket requires different material than a rigid front panel and a snap-fit must be tested in the actual panel thickness. For critical dimensions, a trial part is more sensible than a direct series. View the options for technical parts and housings when function and fit matter.
Construction kits and products made from flat parts
A three-dimensional product can be constructed from multiple flat parts. Consider a kit, display, box or small construction with tab-slot connections. The laser produces the loose parts; the design should determine how those parts fit, what order they are assembled in, and whether any adhesive or mounting hardware is needed.
A flatpack can be shipped compactly and assembled on site. That works when parts are recognisable and their fit has been tested. Engraved numbers, mounting templates or supplied fasteners can help prepare assembly. You receive the cut parts to put together yourself. Discuss any additional handling for a special version beforehand.
Packaging, inlays and product presentation
Box parts, dividers, product carriers and inlays can be cut from cardboard, wood-based sheet material or foam. An inlay follows the shape of the product and requires sufficient gripping space and the correct depth. With a display, stability, sight lines and the interaction with the product are important. Explore packaging and inlays.
For example, Het Laser Lokaal produced 120 menu cards from 5 mm birch plywood for Omelegg. The contours are cut, the information is applied as line engraving and the cards are then varnished. The design came from Omelegg. This case with wooden menus shows how material, engraving and a fixed production run together form one product.
Letters, interior components and spatial presentation
Acrylic, plywood and MDF are used for individual logo elements, letters, panels, fronts and decorative patterns. Laser cutting produces the flat parts. Assembly on location, complete signing and interior construction are not included as standard in the online order. Therefore, determine in advance how parts will be attached and which edges will remain visible.
The technology can also be used for models and exhibition components. On a small scale, a detail must remain wide enough to remain physically whole; for large panels, sheet size, transport and division into several parts can be decisive.
Choose based on application, not on technology
Don't start with the question of what the laser can do, but with what the part should do. Should it carry, seal, present, protect or just add visual form? From that function follow material, thickness, operations and the need for a test part.
See laser-cutting applications for more examples by product type, with suitable materials and completed projects.