This paper presents the innovation in the internet services area. By using the management of research and development, it is possible to improve the ability of firms to absorb this idea. The 3d scanner technological innovation can be useful for making database with specific morfotypes for population of each country. These databases are used for identification stage of the buyer type. The database is in continuous development and can be updated anytime

The paper presents the advantages of using a virtual e-shop for mass customization, marketing or garment product commercialization. The e-shop is presented as 3D room where the buyer enters, choice the clothing model, color and material and head to the fitting room where he has to upload the 3D body scanned file.

The paper presents the virtual garment simulation in virtual environment. The first step is to define the cloth properties and the environmental forces acting on the cloth. The collision objects on this simulation are the virtual human body and the textile surface. Simulation of dynamic behavior requires the knowledge of the textile surface forces acting on the cloth surface, the nature of collisions that take place, the rendering, the laws of dynamic

The paper presents a case study in terms of tension that occurs in 3D cloth surface simulation on the virtual mannequin. By using the KES testing device for fabric were obtained the mechanical fabric behavior to bending, shearing, stretching and compression. In order to simulate the textile surface has been defined on the computer the fabric by the parameters obtained on the Kawabata System. The tense over the body can be shows by different spectrum

The paper presents some theoretical and experimental aspects in obtaining the parametric mannequin used for training or virtual reality simulation software. The data obtained from 3D body scan consists in an unorganized cloud points. The parameterization objective is to obtain a symmetrical body mesh from a raw body captured from 3D scanner. The basic body (cloud points) captured presents the noises, holes that consist on the lack or points surplus.

The 3d modeling of the clothing products is used from the need to simplify the design process and product design. The simulation is required to view the layout and shape of the product design and to analyze its behavior and response to various demands. Concerns in this area have resulted in the techniques establishment of discrete or continuous, static or dynamic modeling for the simulation of the surface texture used in the clothing product. also,