As product requirements evolve, engineers and designers search for solutions that enable greater integration, miniaturization, and reliability without compromising on quality or design flexibility. 3D-MID (Three-Dimensional Mechatronic Integrated Devices) technology offers a practical solution to these challenges by integrating electronic circuits onto the surfaces of molded parts.
What is 3D-MID?
3D-MID, also known as 3D-Circuits, allows the integration of electrical circuits onto three-dimensional surfaces, eliminating the need for separate circuit boards. This approach supports the development of compact, lightweight, and highly functional products. By enabling circuitry to follow the contours of a molded part, 3D-MID opens new possibilities for design and integration.
Key Benefits of 3D-Circuits
- Miniaturization: Combine multiple functions such as sensors, LEDs, and connectors into a single component, reducing overall size and weight.
- Design Flexibility: Adapt circuits to complex shapes and geometries, supporting innovative product designs.
- Streamlined Manufacturing: Reduce assembly steps which can lead to reduced production time and cost.
Application Examples
- Medical Devices: 3D-Circuits enables the integration of sensors and circuits into compact medical devices, such as hearing aids and drug delivery implants, supporting improved usability and patient comfort.
- Consumer Electronics: In smartphones and wearables, 3D-MID supports the integration of more features into smaller spaces, contributing to lighter and more efficient devices.
- Other Industries: The flexibility and efficiency of 3D-MID make it suitable for a wide range of applications, from automotive components to industrial automation and beyond.
Quality, Security, and Support
HARTING’s 3D-MID solutions are manufactured using certified processes and high-quality materials. We prioritize the protection of intellectual property throughout the development process, offering robust security measures and clear communication at every stage. Our all-in-one approach means you have a single point of contact from concept to production.
