There are many reasons to choose next|gear. Here are some of them:
Developing disruptive solutions
Combine advantages
next|gear is structured in such a way that there is no classic pigeonhole thinking. We do not subdivide into the typical gearing types that we know from the literature. Thanks to the continuous parameter space, the gearing types merge into one another. With this approach, our customers achieve solutions that combine advantages and eliminate disadvantages.
Line contact with skewed axes due to conjugation
Increase power density
Line contact reduces the surface pressure and increases the maximum transmittable power. Tolerance influences can be taken into account through targeted flank modifications.
Significantly increase efficiency
A dominant development goal
Analyze the efficiency of different gearings in systematic or randomized variant studies and find the optimum. The integrated contact analysis and the specially implemented variant generator are essential components of next|gear.
Optimize microgeometry generically
Accurate to the micrometer
Adjust the flank modification to the micrometer. Define support points and material removal at defined positions to optimize the meshing conditions.
