To provide customers with comprehensive customized design services for piezoelectric ceramics. Starting from the core ceramic production formula, and based on the specific performance requirements for different application scenarios, raw material ratios are precisely adjusted and the sintering process is optimized to ensure that material performance meets the expected standards. In terms of dimensions and specifications, whether its components are tiny and precise or large with special structure, customized production can be carried out according to parameter requirements to ensure adaptability of various complex application scenarios, delivering a full-chain personalized customization service from material properties to product specifications
​● Customize piezoelectric ceramics components of various complex geometric shapes to satisfy diversified needs
● The advanced piezoelectric ceramic manufacturing process achieves a minimum layer thickness of 10um
● Production is conducted in a Class 1,000 clean room, strictly ensuring quality and a production capacity of up to 100W/month

The solution can be applied to the following terminals

The intelligent haptic interaction technology is adopted to achieve precise operation response through a multi-dimensional vibration feedback system. Based on application scenario characteristics (such as game control, audio-visual entertainment, etc.), the haptic waveform algorithm is intelligently adapted to create a situational haptic simulation experience, building a cross-media immersive somatosensory interaction environment for users
● Use the positive/reverse piezoelectric effect of piezoelectric ceramics for bi-directional sensing, realizing the sensing and feedback functions integration
● Interaction of conductive and coupling steel plates to effectively improve the vibration of piezoelectric ceramics
● Intelligent multi-level touch allows one-key unlocking of multi-dimensional operation and flexible adaptation of multi-level touch

The solution can be applied to the following terminals

Support unlocking the car via piezoelectric buttons, bluetooth, near field communication (NFC)
● Integrated injection molding, integrated piezoelectric, NFC, BLE modules
● Pressure-sensitive trigger with adjustable sensing levels
●​ Address the issue of accidental touch during high-pressure car washing
● Support glove press without fear of rain interference

The solution can be applied to the following terminals

Utilizing the design of capacitive sensing and piezoelectric ceramic vibration feedback helps the driver to switch driving modes, adjust cruising speed and following distance, control media playback and other functions through the steering wheel touch button in various driving scenarios
● Compact size, sensing and feedback funtions integration
● Pressure-sensitive trigger with anti-false touch mechanism
● Low vibration range for localized feedback
● No slots required for keyboard placement, ID design freedom

The solution can be applied to the following terminals

Ultra-thin piezoelectric ceramic sheet are integrated inside the legs of the glasses, breaking through the physical button constraints of traditional wearable devices. Through the seamless integration of flexible sensing layer and micro-structured vibrator module, the control system is deeply embedded in the device, which converts the electrical signals into high-frequency mechanical vibration to achieve milliseconds-level vibration feedback
● Intelligent matching of vibration models to simulate realistic tactile sensations
● With a button-free integrated design, users do not need to intentionally look for contacts. With a casual touch and natural slide, the command will respond immediately
● Breaking through limitation of material, both metal and non-metal materials can be applied

The solution can be applied to the following terminals

It brings millisecond-level vibration response to users, ensuring that every fingertip touch receives timely and precise feedback. In various driving scenarios, the touch panel and central console screen provide interactive inputs for functions such as driving mode switching, music playback, volume adjustment, seat temperature adjustment, air conditioning temperature adjustment, etc.
● Integrated sensory vibration and gesture control design
● Precise localized perceptual feedback with sensitive screen touch
● Match a variety of CMF materials, OTA upgradable function

The solution can be applied to the following terminals

Utilizing piezoelectric ceramic sensing technology, the press and touch functions are integrated. When a fingertip lightly touches, the ceramic unit captures the pressing gesture through subtle changes in electric charge, providing a delicate and controllable vibration feedback to the fingertip. It breaks through the limitations of traditional capacitive touch on non-conductive materials, transforming metal panels into seamless, highly sensitive smart control panels for home appliances, thereby reshaping the home appliance interaction experience with a technological texture
● Low power consumption, lightweight, fast response speed, and customizable vibration feedback with fine-tuning
● Pure metal touch & feedback application, precise local tactile feedback, recognition range accurate within 10mm
● The integrated surface design not only effectively prevents dust accumulation in crevices and liquid penetration, but also significantly enhances structural strength and durability

The solution can be applied to the following terminals