Touch controls have continued to proliferate as the internet-of-things brings intelligence to more and more things, but integrating these touch buttons, screens, sliders and pads into smart interfaces is incredibly difficult and time consuming.  And the integrations themselves are typically limited to flat surfaces of glass or plastic and rarely function properly in real-world environments.  Special gloves are required to make today’s typical touch systems responsive. Rain, snow, soaps, and saline have crippling effects on touch today.  We should be able to create more beautiful products that use more materials and that work the way they should

ALSENTIS® HSS™ Touch Recognition Technology is the next big evolution of touch.  Now, designers can create more beautiful products with elegantly shaped touch interfaces that sense through all sorts of materials, and the engineers that are charged with bringing these products to life can do so more quickly, at higher manufacturing yield and with less field failures than ever before. But most importantly, people everywhere can interact with and control more smart surfaces with a technology that always works the way they think it should, anywhere.

React out to us if you:

  • are new to capacitive touch and want a technology that just works
  • have issues with the performance of a touch system
  • want to reduce your launch cycle
  • are experiencing manfucturing fall-out from touch systems
  • have touch field failures due to weather, temperature or moisture
  • need a touch solution that can pass 10V of injected line noise
  • are exploring innovative manufacturing processes, like in-mold electronics
  • want to use new surface materials like fabric, fiberglass, wood or stone


Contact ALSENTIS, so we can start to help you today.

 

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HSS™ Development Kits and HSS™
chipsets are now available

Alsentis in ths news

05.16.18

ALSENTIS CEO to Speak at SGIA FP3 Conference

SGIA’s FP3 Conference to Examine Functional Printing

The focus of the conference is on innovation and how to achieve it.

 

AlSentis® HSS™ Brief Overview

AlSentis® HSS™ uses touch signatures to identify exactly when a surface touch occurs without using pre-determined capacitive thresholds, allowing it to inherently overcome variance, such as changes in manufacturing tolerance. Because of this novel sensing technology, touch systems can be implemented more quickly, with more reliability in more challenging environments.

Alsentis Technology Overview

AlSentis® HSS™ uses touch signatures to identify exactly when a surface touch occurs without using pre-determined capacitive thresholds, allowing it to inherently overcome variance, such as changes in manufacturing tolerance. Because of this novel sensing technology, touch systems can be implemented more quickly, with more reliability in more challenging environments.

AlSentis® HSS™ 5 Button Deep Water

AlSentis® HSS™ further pushes the boundaries of what is possible in electric field touch by teaching touch to work on the surface of water, as well as under the surface on 5 buttons, clearly demonstrating the robustness of AlSentis® HSS™ touch recognition technology.