Creating a flexible machine design demands collaboration across engineering disciplines.
Watch the video to see how A.G Stacker, a leader and innovator in custom manufacturing, achieves this with NX Mechatronics Concept Designer.
NX Mechatronics Concept Designer provides a single platform for design and simulation with a digital twin.
Find out how A.G. Stacker used the digital twin in this NX Mechatronics Concept Designer customer testimonial.
A.G. Stacker uses the digital twin to improve machine designs and enhance customer service.
They’ve increased collaboration among engineering domains for an integrated system engineering approach.
They use the digital twin to give customers updates and ensure they’re meeting the necessary requirements and specifications.
Watch the customer testimonial video to hear their story in their own words.
When A.G. Stacker adopted the digital twin, they embraced this powerful resource for research and development, but they quickly learned it could be used for other purposes as well.
In research and design, engineers realized they could innovate faster and create more flexible machine designs.
Customers could see those flexible machine designs in progress, and a fully-realized digital twin can then be used to train operators before the machine arrives.
By embracing digital manufacturing on the cloud, operators could be fully trained once the machine arrived, and the customer’s downtime was kept to a minimum.
With increased collaboration, engineers across different domains at A.G. Stacker can work concurrently instead of consecutively.
Mechanical engineers no longer need to wait on electrical engineers to test a new idea or design and vice versa.
Design and simulation capabilities in a single platform accelerates the design process, so the company can deliver machines to their customers sooner.
Watch the NX Mechatronics Concept Designer testimonial video to hear how A.G. Stacker cut their time to market from two to three years down to 6 months.