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WHY HAPTICS?

Haptic feedback uses vibrations, pressure, or movements to provide tangible responses, enhancing device operation. Found in smartphones, game consoles, and touchscreens, it makes actions perceptible, such as a slight vibration confirming a virtual button press. This technology fosters a natural connection between users and devices, improving intuitiveness and ensures greater safety.

THE HAPTIC STRENGTHS

PERSONALIZATION AND PRIVACY

PERSONALIZATION AND PRIVACY

Haptics inform the driver without disturbing passengers.

NON-VISUAL

NON-VISUAL

Secondary info is communicated and tasks confirmed without taking eyes off the road.

REACTION TIME

REACTION TIME

Haptic stimuli have faster reaction times than visual.

INTUITIVE CONTROLS

INTUITIVE CONTROLS

Intuitive controls incorporating haptic feedback are more intuitive and reduce mental load.

APPLICATIONS

Automotive

Automotive

1. Centre console

2. Back seats

3. Entertainment

4. Door control panel

5. Dashboard

6. Control panels

ELECTROMAGNETIC AND PIEZOELECTRIC TECHNOLOGIES

Haptic technologies use vibrations, pressure or movements to generate tactile feedback. They are used in various devices such as smartphones, gaming controllers and vehicles. The most important technologies include vibrotactile systems that generate vibrations, actuators that convey pressure or movements, and electrotactile impulses that stimulate the skin. These technologies improve interactivity and user experience by creating a tangible connection between humans and technology.
EXCITER

EXCITER

The Exciter is a groundbreaking innovation that combines haptic feedback and acoustic output in a single, versatile device. Designed to enhance user experiences across a variety of applications, it offers...

PIEZO

PIEZO

Piezoelectric technology offers precise and versatile haptic feedback, leveraging the ability of piezoceramics to act as both sensors and actuators. This dual-use capability makes it ideal for applications requiring dynamic...

VOICE COIL / HapForce

VOICE COIL / HapForce

Voice coil technology delivers state-of-the-art haptic feedback, enabling global responsiveness that enhances user interaction. By converting electrical signals into mechanical motion, this advanced solution provides precise and dynamic vibrations, making...

LRA/ERM

LRA/ERM

Linear Resonant Actuator (LRA) technology provides precise, efficient haptic feedback by using a spring-mounted mass driven by an electromagnetic field to produce vibrations at a resonant frequency. This design ensures...

PRODUCTS

Our haptic product line offers comprehensive solutions for developing, testing, and implementing tactile feedback systems. From precise measurement devices to versatile actuators and development tools, we provide the technology needed to create immersive haptic experiences. These products cater to various industries including automotive, consumer electronics, gaming, and industrial applications, enabling enhanced user interactions through the sense of touch.
ARTIFICIAL FINGER (ArFi)

ARTIFICIAL FINGER (ArFi)

The ArFi, or Artificial Finger, is a haptic measurement device designed to quantify vibrotactile and acoustic feedback. It uses an accelerometer and a load cell to measure surface vibrations and...

ArFi HANDHELD

ArFi HANDHELD

The ArFi Handheld (Artificial Finger Handheld) is a compact haptic measurement device optimized for use outside laboratory settings. It quantifies vibrations and forces using a probe equipped with sensors for...

HapForce ACTUATORS

HapForce ACTUATORS

We proudly present our HapForce series, a cutting-edge actuator series designed to deliver exceptional haptic feedback across a wide range of applications. Available in three versatile sizes (HapForce 1, HapForce...

HAPTIC EVALUATION BOARD (HEBO)

HAPTIC EVALUATION BOARD (HEBO)

The HEBO (Haptic Evaluation Board) is an advanced tool designed for creating and testing haptic feedback systems. It supports various actuator types, such as LRAs and voice coils, allowing for...

DEMO DRIVER

DEMO DRIVER

The Demo-Driver-system is easy to program in C and allows for the integration of Arduino libraries. It features two independent output channels, which are amplified by a digital-to-analog converter and...

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