Helping you manage your systems and processes cost-effectively
What is it?
- We act as your own in-house Software Systems Manager – but without adding to your headcount.
- We anticipate problems before they even occur ensuring you’re exploiting your system to the full.
- A single source of expertise for your complete system
- Telephone, web conference and remote access support delivered promptly
- Reduce your costs and improve efficiency by using our experts
Ultimately, DTE Support helps to manage your systems in a cost-effective and convenient way, making sure you’re using your software and engineering systems to its maximum potential.
How does DTE Support work?
DTE Support gives you access to our skills on a contract basis and covers all aspects including – Application Software, Operating Systems and any other related skill or knowledge we possess. You, therefore, have peace of mind that your CAD/CAM, Engineering, PLM and IT Systems are functioning properly and exploited to the full.
We diagnose faults, liaise with suppliers, and suggest ways that you could be getting more from your technology. In short, everything that you’d get from a progressive in-house Software Systems Manager on an ‘as needed’ basis.
Customers purchase a block of hours of support
These hours can then be used for:
- logged calls to DTE Support staff
- on-site support by one of our experienced engineers
- telephone and remote access support Monday to Friday
- attendance at a Desktop Engineering Training course
- Specialist skills such as Modelling of customer parts, Custom scripting, PLM Installation and Customisation, FE Analysis, Production of NC machining programs and Post Processor creation and modification
The following Events, Exhibitions, and Seminars have been planned for, hosted or attended by DTE…
Using Sensors to Latch a Mechanism
Sometimes with a mechanism simulation you need to trigger a change in the mechanism when an event such as a latch engaging to stop a component from moving any further. You can model the geometry and use a contact model to capture the physical engagement of the geometry, but this can add to your simulation run time and require a lot of tuning to get working happily.
An alternative is to control the behaviour of the latched component directly using motions that are triggered by the use of Sensors – detecting when the event occurs using a measure and then altering the connectivity of the model to reflect the new configuration with the latch engaged.
This simple example illustrates how the user sets up this type of simulation ….