Convey FX is the Invent Design system for the design and modelling of materials handling conveyors. This flexible conveyor mechanical design system utilises a library of complete conveyor components that allow entire conveyors to be reproduced in a fraction of the time of most existing design practices.
The Convey FX library contains all of the primary components that make up a conveying system. These components can be customised to suit project requirements. This eliminates the need to re-design, re-model and re-document conveyors and their sub components on each new project.
Making conveyor designs simple
The Convey FX conveyor mechanical design system utilises a set of rules that allows components to be taken from its extensive library and inserted into any new conveyor which is geometrically and parametrically linked to the master conveyor layout. This method allows the master conveyor layout to still maintain top down control of all of its sub components.
- Cost Saving
- Better capture of design intent
- Easier re-use of previous designs
- Better visualization
- Easier design modification
- Efficient drawing production
- Better integration with downstream applications
- Reduced engineering cycle time
- Utilising the latest manufacturing and fabrication practices
- Models can be fully integrated into CNC manufacturing
processes to eliminate the need for extensive re-modelling,
model documentation and shop detailing.
To find out more about this uniquely efficient conveyor systems design option, contact us today. We are happy to answer any questions you may have about how Convey FX could meet your operational needs.
Innovative solutions from one of Australia’s leading engineering firms
Invent Design have been helping Australian business’s succeed with innovative and affordable design practices for several years. Our Convey FX program is just one example of how we’re helping Australian companies design better and save money in the process. You can find more information on our complete range of design services here.