3:03
Truck lift gate
Two hydraulic cylinders open the gate and raise and lower the platform. ASOMv10 combines the partial movements into one motion sequence and calculates the bearing forces with friction.
One hood mechanism, two tasks: normal opening and closing, and the movement for active pedestrian protection. ASOMv10 plays back both motion sequences in one model.
2:11
The hood should open and close normally. For active pedestrian protection, the same mechanism additionally performs a movement of its own. Both belong in one model, and yet it should be possible to examine each part individually.
You examine precisely the section that matters at the moment, while keeping the entire motion sequence in the model.
Normal operation and pedestrian protection share one model; every change takes effect in both. More on motion sequences
Instead of playing back the entire motion sequence, you jump straight to the critical phase.
You attach images and sketches to the moving parts – turning the model into a presentation. More on presentation
3:03
Two hydraulic cylinders open the gate and raise and lower the platform. ASOMv10 combines the partial movements into one motion sequence and calculates the bearing forces with friction.
2:10
Two gas springs whose force depends on temperature and direction, plus a parcel shelf on a cord. ASOMv10 shows all manual forces for opening and closing in one diagram.
5:01
A retractable handle with three specified positions. Two syntheses hold them in place while you move bearings, and ASOMv10 calculates eight drive cases at once.
Describe your mechanism to us. In an online demo, we will show you ASOMv10 using your example.