HAPTICORE One – the scroll wheel that redefines adaptive haptic feedback.
Designed with our next-gen technology, HAPTICORE One offers exceptional precision and responsiveness. The new generation enhances free-wheeling capabilities and features a more compact, space-efficient design. Perfect for gaming and productivity products, HAPTICORE One sets a new standard in scroll wheel innovation.
Receive a custom quote for the HAPTICORE One rotary haptic actuator
Thanks to the next-gen HAPTICORE technology, our new product portfolio delivers substantial improvements in haptic performance compared to previous generations. With this latest innovation, you will experience stronger and more precise haptic feedback than ever before.
This ensures smoother transitions and greater precision for your custom haptic modes, allowing for seamless and satisfying user interactions.
With the next generation of HAPTICORE technology, HAPTICORE One’s freewheeling capability has significantly improved over the old HAPTICORE 14. Freewheeling, which refers to the number of rotations the actuator performs after a single flick of the scroll wheel, now benefits from reduced off-state torque, allowing for longer and smoother spins. This advancement ensures effortless scrolling while retaining the exceptional adaptivity that defines HAPTICORE products.
Additionally, you can fine-tune the freewheeling effect by selecting different scroll wheel materials – the heavier the wheel, the longer it will spin, enabling you to match your application and user expectations perfectly.
While primarily designed as a scroll wheel, HAPTICORE One offers diverse integration options to suit various use cases. It can be adapted with different cradle designs, providing flexibility for unique applications. A prime example is our smart knob blueprint, where HAPTICORE One is mounted horizontally instead of vertically, fulfilling a completely different function with the same actuator. This versatility makes HAPTICORE One a powerful tool for innovative product development.
Reach out to the XeelTech Team to explore the various integration possibilities of HAPTICORE One and discover how it can enhance your product.
Experience the immersive haptic feedback of our actuators firsthand with the HAPTICORE Eval Kits.
Integrate our haptic actuators into your prototype projects, replace conventional control elements, and go beyond the limitations of traditional UI design.
excl. VAT and delivery cost
| Diameter | 22,4 mm |
| Height | 17,3 mm |
| Weight | 11 g |
| Electronics | |
|---|---|
| Sensor type | Hall effect sensor |
| Sensor resolution | 0.1° |
| Sensor placement | Integrated in the shaft |
| Electrical interface – connector | FPC 6POS 0.5mm Pitch ZIF |
| Electrical interface – sensor | I²C (400 kHz) |
| Rated insulation voltage – coil | 12 V |
| Supply voltage – sensor | 3.3 V (+2.8 V to 3.5 V) |
| Minimum coil driver supply voltage | 3.25 V to drive max. coil current |
| Max. coil supply current | 0.31 A |
| ESD protection | IEC61000−4−2 Level 4 Contact Discharge ±8kV Air Discharge ±15kV |
| Mechanics | |
| Mounting point | Dual mounting points |
| Mounting mechanism | Clicked into mounting bracket |
| Push function | Possible (depends on mounting bracket design) |
| Tilt function | Possible (depends on mounting bracket design) |
| Cover mounting mechanism | interface for the mouse wheel is integrated |
| Recommended cover diameter | 24 to 30 mm |
| Performance data | |
| Lifetime rotations | Up to 1.000.000 |
| Operating temperature range | Starting at -10 °C up to + 55 °C |
| Storage & Transport temperature range | -20 °C to +65 °C |
| Max. barrier torque | > 45 mNm at 310 mA coil current |
| Mean base torque | ≤ 0.5 mNm |
| Compliance | |
| ROHS/REACH | Yes |
3D Model
HAPTICORE Two