Integration blueprint

HAPTICORE Smart Knob

Perfectly combining visual and haptic feedback

Years of experience and exchanges with partners and customers have proven repeatedly: A truly intuitive HMI needs to be designed holistically and appeal to multiple senses. To address this challenge and offer our customers a single, compact, and fully customizable input device, we developed the HAPTICORE smart knob integration blueprint.

HAPTICORE Smart Knob

Integration blueprint

What awaits you

The HAPTICORE smart knob is the perfect combination of our rotary haptic actuators and a touchscreen and brings together visual and tactile stimuli, making the interaction with your device simple, safe, and intuitive.

Our HAPTICORE smart knob is no standard off-the-shelf component, it’s a tailored solution designed to enhance your product’s user experience. Get in touch with us to design your unique smart knob with adaptive haptic feedback, perfectly tailored to your application needs and design preferences. Let’s bring your vision to life – reach out today to kickstart your HMI transformation.

What is a

HAPTICORE integration blueprint

You can integrate our HAPTICORE rotary haptic actuators into a variety of control elements. This way, you can bring adaptive haptic feedback into your HMI for a simple, safe, and intuitive operation.

To make the integration process as easy as possible and to provide you with innovative practical examples, we provide you with HAPTICORE integration blueprints. These blueprints are intended as a reference and give you a better idea of what is possible with HAPTICORE and freely programmable haptic feedback.

Key features

Visual and haptic feedback

The HAPTICORE smart knob combines visual and haptic feedback in one device for even more intuitive human-machine interaction.

Stationary center

The gear mechanism of the HAPTICORE smart knob provides sufficient space for either a display, a touch screen, or other operating technologies such as a capacitive surface or backlit buttons.

Customizable cover

The cover of the HAPTICORE smart knob is fully customizable and can thus be seamlessly integrated into your existing product design. Our customer integration team will be happy to advise you in choosing the right cover diameter & material.

Custom haptics

As all HAPTICORE rotary haptic actuators, the haptic feedback of the smart knob is freely customizable and can be precisely tuned to each individual menu level.

Adaptive haptic feedback

Like all HAPTICORE haptic rotary actuators, the HAPTICORE smart knob offers freely programmable haptic feedback, only with the use of software.

In addition, the gear mechanism can even increase the maximum torque and thus the perceptible haptic feedback.* This way, the device generates haptic feedback for an operation with two to three fingers, although the integrated HAPTICORE One rotary haptic actuator is designed for one-finger use as a thumb or scroll wheel.

*The maximum torque is not only influenced by the transmission ratio but also by the cover diameter used.

How it works

The HAPTICORE smart knob is based on a HAPTICORE One actuator and a gear mechanism, connecting the rotary haptic actuator to an outer ring with the knobs cover. Depending on the selected gear ratio, enough space is available to integrate either a touch display or backlit buttons.

As soon as the cover of the smart knob is turned, the rotation is transferred to the HAPTICORE actuator. Using a Hall sensor, the rotation of the actuator is detected in real-time. Depending on the situation and the selected menu, the systematic manipulation of the HAPTICORE´s rotation creates haptic feedback tailored to the specific setting.

Schedule a Free HAPTICORE Demo

Get to know HAPTICORE

Experience programmable haptic feedback

Learn how our technology works

Discover optimization potential for your HMI

Find the right HAPTICORE product for your application

GET IN TOUCH WITH US

XeelTech Headquarter
Salzburger Str. 52
4800 Attnang-Puchheim
Austria

XeelTech Engineering Office
Technologiepark 10
4851 Gampern
Austria

1 + 4 = ?