The standard format for display of graphics on the web is SVG – an XML language with the ability to maintain high quality regardless of the degree it is scaled to. Scalable vector graphics can be made with a dedicated software, or with a simple text editor. The rise of browser capability also made it possible to display 3D objects on a website, which became an irreplaceable way of virtually presenting a product, with many interactivity options. Today there exists a wide range of software dedicated for easier modelling of complex 3D objects which can also be used to prepare the same object for its display on a website, one of these tools is called Blender. The theoretical part of this thesis studies tools used in creation of vector graphics and 3D objects, as well as the basic functions of those tools necessary for the completion of this work. The experimental part of the thesis is focused on the creation of vector graphics using HTML, and animating it with CSS, as well as the modelling of a 3D object based on the created graphics using Blender. The goal of this thesis is to compare display capabilities of a 3D object created and animated using HTML and CSS, as opposed to the implementation of a 3D object created and animated using Blender.