3D modeling is one of our main activities. We will design a model of any complexity level, any level of detailed elaboration and for any purpose. We offer models of the best quality with the least amount of polygons and vertexes - which make it easier to manipulate and create project files that are smaller in size. Simple models Simple models are usually used for the web (static images and Flash animations) or computer games. The main advantage of these models is a combination of small number of polygons and acceptable quality. The visualization level of a model is usually chosen according to the requirements of usage. Besides reducing the amount of polygons, it's also important to foresee any problems that can arise at further stages of development, like ease of animation, texture mapping and visualization. We can design a model to fit your specific requirements. If you are going to integrate 3D models into Flash animation for the web, it's sufficient to use models with low amount of polygons. The model is being visualized into a set of vector curves with sufficient quality, while the model's file is rather small. In Flash animation, it is also possible to model several key frames using created model, which will be used in Flash itself to create a complete animation. Complex models Complex models are rendered in movies and video production. A complex model elaboration/detailing takes as much time as a low-polygonal model does. Such a model is worked out in accordance with a quality spectrum of a model-based object. All its details, surfaces, relief, reflecting and refracting properties are scrutinized. These models are processed for known qualitative rendering. Complex models are used for video where high or realistic quality of a picture is required. This is used when you can't compromise the quality. In general, the development of complex models is not that different from simple ones. The main difference is that the emphasis is put on all the objects' properties, like its surface, bump, reflection and refraction, and the environment where it will be utilized later. Usually a complex model is supposed to be detailed to an extent that the visual inspection can be very close. For example a person would be able to see rivets in armor plates of a tank. Every small screw, every rivet of such models are designed separately to allow for focusing on all the small details. Material assortment and further visualization of complex models is also a significant and important task.