Electromechanical systems can act as peripheral systems to your existing products, designed and engineered to expand operational efficiencies. These systems call on e2ip’s full breadth of mechanical, electrical, and software expertise to provide customers with custom complex assemblies.
A system like this can integrate different touch technologies, such as capacitive, mechanical, software, and touch screens into one unit. These assemblies can be designed to perform a customized set of many available functions and to extend the utility of broader systems or structures that are already in place.
Common applications include different kinds of remote controls, such as those used for MRI machines or in-flight entertainment systems. While the concept of a remote control is not complex, our team believes that a custom assembly should be treated as a highly specialized product. It represents an opportunity to greatly improve and build upon the utility and experience an existing system offers. Our designers and engineers are familiar with the many settings and systems that would require or benefit from additional freeform control units. We know how to produce an assembly that will enhance the user experience while optimizing output. We have extensive experience in a wide range of technologies and applications to develop the most forward-thinking smart surfaces. e2ip is your ideal partner to produce your custom assembly.
Contact our team and learn more about our full technological specifications including electrical, mechanical, environmental and certifications.
Contact Us
Smart Structural Surfaces™ (IME) are the revolutionary result of combining the in-mold decoration (IMD) process with various printed electronics technologies culminating in a ‘Smart Structural Surface™’.
These add-on HMI modules allow for the integration of more advanced elements such as LCD interface technology, storage and processing of data, Wi-Fi, Bluetooth, USB, and more, to your HMI assemblies.
While offering complete customization, membrane switches start with a simple design: layered circuits, spacers and adhesives housed between a strong base and a protective, functional top interface layer.
