BeStar Sensortech Co., Ltd. products

The Single Layer Piezoelectrics BSU-P15-1000B-W065 are the active driving elements used in piezoelectric liquid pumps that allow very efficient and accurate actuation to achieve a fluid flow based on electrical signals that are converted into controlled mechanical motions. Such technology relies on the tunable nature of piezoelectric phenomena to achieve high frequency, repeatable displacements in a miniature package size, and these piezoelectrics are suited to any application that must have ultra-precise flow control and ability to perform with high reliability.

Single Layer Single-Sided Piezo Ceramic Element is a very crucial applicant operating in a wide variety of consumer electronics, industrial control, medical equipment, IoT based acoustic devices and modules. This component works on the principle of piezoelectric and converts electrical input to accurate mechanical vibration to produce sound or also reverse the vibration into electrical signal to interpret it as a sensing device. Making it impossible to do without in some devices, this dual ability is suitable in devices that require accurate acoustic performance, like in ultrasonic transducers, microphones, and speakers.

The Single Layer Single-Sided Piezo Electric Buzzer FT-15T-7.0A1-02 has been optimized to provide high-performance sound feedback through clear, crisp and dependable sound feedback in virtual buttons used in consumer electronics, industrial controls systems, medical devices, the Internet of Things (IoT) and automotive electronics applications. Based on modern piezoelectric technology, the buzzer works to create an even and unchanging audio signal by transferring electrical energy via forced vibration, thus working to enrich the user interface experience.

The Lightweight Linear Motor Magnetic Vibrator BMV1206W43J is a haptic actuator with many potential uses in the consumer electronics field as well as industrial controls and medical equipment industry. Based on a linear motor magnetic driven principle and produces its vibration by driving an internal magnetic mass using a direct drive mechanism to produce consistent and well-defined haptic sensations that closely elicit the feeling of using physical buttons. Magnetic Vibrator has a quick response time that ensures that vibration feedback is achieved immediately the input is activated thereby greatly increasing the feeling of immediacy when interacting with the user.

Haptic component, the BMV1818L28 Ultra-Low Frequency Linear Motor Dynamic Exciter, provides a solution to challenges faced with creating surfaces that are capable of controlled vibrations on solid conditions, i.e., wood, glass, or metal surfaces with an auxiliary application directly on the structure to produce controlled mechanical oscillations. Unlike standard speakers or vibration modules, it is designed to work at ultra-low frequencies and the vibration feeling is far stronger when compared to other modules of this type with very low levels of noises associated with it, thus suitable in applications with requirements that necessitate high accuracy of such tactile feedback and immersion with minimal undesirable acoustic disturbance.