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Automatic FKM verification using FE simulation
Simulate
with Meshparts
Getting started with simulation has been difficult in the past - Discover Meshparts and learn how to make it easy
I first heard the term "first time right" on a business trip in the USA.
The design of clamping fixtures often requires the necessity to break new ground in the design of new workpieces.
For a meaningful simulation, which is consistent with experimental tests, the exact knowledge of rolling bearing stiffness in all relevant degrees of freedom is of utmost importance.
The dynamical behavior of machine tools is mainly determined by third party components such as motors, linear guides, couplings, planetary gears, ball screws and toothed belts.
Please contact us if you need more information.
Community | Professional | Professional+ | |
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Monthly price* | €0/month | €1000/month | from€1300/month |
License+Support | |||
Floating License | |||
Live Support | |||
Private Projects | |||
Features | |||
Fast Simulation Library | |||
CAD twin | |||
Automated verifications | |||
Interfaces | |||
Native CAD interfaces | |||
Matlab/Simulink interface | |||
PDM integration | |||
Solver | |||
Multi-Solver | |||
Meshparts Frequency Response Solver | |||
Add Ons | |||
High-Detail Library (ball screw drive/bearings) | optional | ||
Weight optimization | optional | ||
Simulink model Siemens control system | optional | ||
Start now | Contact Us | Contact Us |
* Academic licenses can be purchased at a 50% discount