Reduce your product's time to market with ADEG's engineering analysis
Today's product engineering environment requires a short time to market. The days in which a development team went through several iterations of build, test, modify & repeat are over. Design times can be greatly reduced with virtual testing and engineering analysis, which have been proven to correlate with real world results.
Why does analysis matter?
enables companies to release a quality product to their customers
reduction in design time = quicker product release
eliminates multiple costly production tooling changes
provides a good defense against faulty product litigation
The experts at ADEG utilize industry leading software to proved:
Linear and Non-Linear Finite Element Analysis (FEA)
Dynamics modal analysis
Kinematic motion analysis
Event Based motion simulations
Finite Element Analysis
ROPS crush test
Under Ride Guard FEA
Plastic hook tab stress
Kinematic Motion Study
Kinematics IS Applied Dynamics!
ADEG has years of experience with automotive suspension kinematic analysis and optimization. Our engineers have designed and advised vehicle manufacturers of all sizes. From recreational UTVs to MRAPs protecting our troops, ADEG's kinematic analysis has enabled the suspensions to perform at the highest level.
Building on our suspension design successes, ADEG has transitioned into kinematic analysis of custom machines and various other products. Using multi-body physics based software, ADEG can measure all the desired geometric parameters to enable the design to be tailored to the end goals of the project.
Event Based Motion Simulation
ADEG can provide event based simulations which can be used to bridge the gap between the mechanical engineering aspect of machine design and the system controls programming for the machine. The events based simulation allows an embedded systems or PLC programmer to visualize the controls algorithm before creating the logic, and provides a gantt chart for sequencing, which enables the programming time and cost to be reduced.