Three-dimensional animation to make medical equipment products generally has the following steps:
First, create a model, also called modeling.
When making three-dimensional animation of medical device products, designers build three-dimensional models according to customers' needs and product characteristics. The common modeling method is to draw the basic assembly model of animation and use tools to make the required shapes. Finally, these model components are combined into a complete model by using related methods.
Second, create materials and maps.
In the first process, the model is decorated. According to the properties of the product object, the designer chooses appropriate materials to represent the material of the object, so that the color and reflectivity of the object fit the real material of the object, which is equivalent to planting skin on the model. Mapping is to put a coat on the model, and the designer uses 3D animation software to paste the corresponding image in the corresponding position of the model, so that the shape of the model is closer to the real object.
Third, create lights.
In product 3D animation, lighting is not only the main light source, but also the maker of atmosphere and tone. Designers determine the main light, background light and auxiliary light according to the type of environment required by the scene, grasp the color and atmosphere of the scene, coordinate the combination of the three types of light sources, and create a preliminary scene effect with the main light source, which complements the depth of field and the real effect of the scene and separates the target object from the background and background light.
Fourth, set the animation.
Product 3D animation sets keyframes for the scene and its objects, sets the moment when the scene changes the most as keyframes, and then completes interpolation by computer, that is, completes the transition between keyframes.
Fifth, rendering
In order to get the dynamic picture of product 3D animation in 3D animation software, the last step, namely rendering, needs to be completed. The designer will set all the information in the scene, including 3D modeling and lighting information, and input these information into the established program calculation, and finally get the result of animation drawing.
The normal production cycle is about 15 days, so if you plan to produce such three-dimensional medical devices, you need to plan ahead to avoid delaying your project progress, hoping to help you.