The increasing demand for the production of unique wood products requires the rapid preparation of documentation. For the creation of elements by laser cutting and engraving, two-dimensional drawings such as can be created with AutoCAD are good enough, but customers and end users are often unable to visualize the finished product based on two-dimensional drawings of product parts. In the paper, on the example of a three-part model of a wooden chandelier with an additional version, the documentation for laser cutting by two-dimensional drawing and three-dimensional modeling in the CAD programs AutoCAD and Inventor is performed with the aim of determining their quality and speed of production. The process of creating 2D technical documentation for a three-part chandelier in the AutoCAD program is 2 hours and 10 minutes, while for the same product when using the 3D program Inventor, it takes 1 hour 20 minutes and 16 seconds. Changing the decorative part of the element took 5 min and 21 sec., and the same change in AutoCAD took 32 min and 26 sec and without the possibility of immediately visible changes on the final model of the assembled product. By measuring the time of preparation of documentation for laser cutting in both programs, a significant acceleration of production of 61.53% was observed in favor of the Inventor program. By changing the geometry and dimensions of one of the elements, a version of the chandelier was created, which in this example was made in almost 6 times less time than the one made in the AutoCAD program. Applying color and texture to the CAD model from the material library owned by Inventor makes it possible to create a photorealistic presentation that allows you to imagine the real appearance of the product. In addition to the above, the model is ready for 3D printing or for making on a CNC machine with an export file. Changes made to the model in Inventor are automatically entered into the technical drawing, which provides greater accuracy, especially if documentation is being created for a range of products of different dimensions or versions, while in the process of two-dimensional drawing in AutoCAD, each version needs to be drawn separately. When drawing a product in AutoCAD, there is no possibility to change the position of the viewing angle of the 3D model.