Real-view & Checking
Users can continuously work on a model while displaying either a zebra stripe or draft analysis thus providing instantaneous, real-time feedback without interruptions or slow-downs.
ZW3D hybrid modeling lets users model instantaneously with solid, surface or wire-frame geometry in real-time checking mode which significantly reduces interruptions to their session or system degradation. For example, an industrial designer can simply turn on zebra striping to check curvature while modeling a product and then instantly switch over to draft checking to see if there are any draft problems.
ZW3D has an assembly level display tool that lets users toggle the display mode of any component. So, if a user wants to see inside a gear box or through a mold plate, instead of hiding parts, all he has to do is right-click a part and render it as transparent or wireframe. ZW3D gives the user even more control by allowing multiple instances of the same part to be displayed differently. The use of these display tools results in time saved designing and communicating ideas.
Dynamic Slicing in ZW3D goes beyond the norm as simply a "cool visualization tool." One of the key features of dynamic slicing is the real-time interference check. Users can see all interferences as the slice plane is moved across the assembly. This functionality gives instant interference feedback and virtually eliminates the need to process a separate interference check. Users can continue to model while in a sliced display mode and can save sliced views to be recalled later.
Hours of design time can be saved with ZW3D's Design Optimizer. Design Optimizer is an equation solver that is useful for driving specified design parameters to solve an engineering problem. For example, an engineer can control which parameters of a design can be changed to optimize a model to a lowest mass condition or drive a design to a specific volume. Design parameters can be held within a range and can also manually tweaked to get instant feedback.
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SmoothFlow™ technology mills cavities and pockets safely and efficiently by maintaining constant material removal during roughing thus extending tool life and reducing machine wear and tear. AFC (Adaptive Feedrate Control) automatically adjust federates based on tool loading to ensure a constant chip load. Higher feed rates are possible without the risk of tool breakage by reducing the radial pressure on the tool spindle, essential for optimizing HSM machines. 
ZW3D can automatically detect the minimum tool length to eliminate the human errors and increase the work efficiency. The accurate calculation of the minimum tool hang length ensures the safety of your machining.
