Advantech and UltraSense Systems have announced a strategic collaboration to advance edge computing performance in motion controller applications. This partnership combines Advantech’s ARK Edge Computers with UltraSense’s CapForce® Edge Human-Machine Interface (HMI) technology to create more resilient and intelligent solutions.
The integration of CapForce® Edge, a controller that combines capacitive and force sensing, into Advantech’s ARK Edge computers is set to enhance the durability and innovation of edge computing applications. UltraSense Solid-State Interface modules are designed to replace mechanical buttons and are pre-calibrated for plug-and-play integration. UltraSense SmartSurfaces offer high accuracy, even when used with gloves, across various material types.
Joey Hsu, Director of Advantech Embedded Group, stated, “We’re excited to incorporate UltraSense’s breakthrough HMI controller into our ARK platforms. This collaboration allows us to deliver more secure and robust human-machine interfaces for applications requiring high reliability and low operating malfunction, such as motion control, robotics, and outdoor industrial automation.”
CapForce® Edge is capable of detecting both touch and force on surfaces including metal, plastic, and glass. Its compact size, low power consumption, and programmability make it suitable for rugged edge devices where longevity and responsiveness are important.
Hao-Yen Tang, PhD, CTO and Co-Founder of UltraSense Systems, commented, “Partnering with Advantech—especially on their ARK Edge Computers—is a significant milestone for UltraSense. Together, we’re enabling modern industrial interfaces that combine reliability, functionality, and sleek design.”
This integration is expected to benefit a range of embedded applications. For industrial systems, it facilitates compact and sealed HMIs that can withstand harsh factory environments. In motion controllers, it provides intuitive and secure user interfaces, aiming to simplify automation workflows and reduce human error. For outdoor and vehicle-mounted terminals, the interfaces are designed to maintain reliability in challenging conditions, including moisture, dust, and vibration.
