This TWS Earphone combines Bluetooth 5.4 connectivity with a compact and practical design for everyday wireless audio. With a wireless range of up to 10m, 3–4 hours of playback, and a compact charging case, it offers a balanced solution for brands seeking reliable performance, modern design, and flexible TWS earphone OEM or private label development.
The Bluetooth Mini Speaker with Light Brand Logo combines portable wireless audio with customizable brand visibility. Featuring Bluetooth 5.3, TWS connectivity, a 3W speaker, and a 1200mAh rechargeable battery, it delivers convenient everyday entertainment in a compact ABS design. The illuminated custom logo adds a distinctive visual element, making it suitable for retail, promotional gifts, branded merchandise, and private-label audio collections.
Smart Video Audio Sunglasses combine wearable audio, video recording and AI interaction in a stylish everyday design. With hands-free communication, music playback and smart visual functions, they offer brands new opportunities in connected eyewear and wearable technology.
Discover our Suction Cup Waterproof Speaker, a compact lifestyle audio solution featuring Bluetooth 5.3, IPX6 waterproof protection, TWS, TF card playback and hands-free calling. With its practical suction cup design and OEM/ODM customization options, it is ideal for bathroom, travel, retail and promotional markets.
Welcome to Visit Jaskey Limited at HKTDC Hong Kong Electronics Fair 2026
The Colorful Lights Speaker combines wireless audio, vibrant lighting, TWS connectivity, and portable design to meet the growing demand for experience-driven lifestyle audio. With Bluetooth, TF card playback, and colorful visual effects, it offers brands and retailers a differentiated product opportunity for e-commerce, social media marketing, gift markets, and global consumer electronics sales.
Discover the Metal Mini Speaker, a compact and stylish Bluetooth audio solution featuring a premium metal housing, Bluetooth 5.0 connectivity, 3W speaker output and convenient Type-C charging. Its ultra-portable design makes it ideal for everyday use, travel, retail and gift markets, while OEM/ODM customization options support branding and differentiated product positioning.
Discover the growing potential of White Noise Wireless Speakers in the lifestyle audio market. Combining relaxing white noise, Bluetooth connectivity, warm ambient lighting, and portable design, these multifunctional products create new opportunities for brands, retailers, and private label businesses seeking innovative sleep and lifestyle audio solutions.
High Quality Wood Headphones combine African ebony, metal, and PU materials to create a distinctive and premium-looking audio product. Featuring a 20Hz–20kHz frequency range, 32-ohm impedance, 102±3dB sensitivity, and a standard 3.5mm stereo plug, they provide a practical wired listening experience. With their natural material design and strong visual appeal, these wooden headphones are ideal for brands, retailers, gift companies, and distributors seeking differentiated consumer audio products.
Clock Bluetooth Speaker with Wireless Charger combines smart audio, wireless charging, and modern lifestyle design in one innovative device. Designed for brands and consumers seeking multifunctional electronics, it delivers convenient music playback, fast wireless charging, LED lighting, and stylish desktop functionality.
A dancing robot is a mechanical device with the ability to dance autonomously, simulating and executing dance movements through built-in sensors, motion controllers and algorithms. Dancing robots combine mechanical engineering, electronics and software programming to present a vivid dance performance.
Dancing robots usually have the following characteristics:
1. Appearance design: The appearance of the dancing robot can be a humanoid robot, animal shape or abstract form, with attractive appearance design to enhance the performance effect.
2. Motion control: The dancing robot is equipped with a precision motor and joint system, which can realize a variety of dance movements. Motion controllers and algorithms perform accurate position control and movement coordination for the robot, enabling it to move smoothly and gracefully when dancing.
3. Sensor technology: Dancing robots may use a variety of sensors to sense their surroundings and interact with the audience. For example, vision sensors can help robots detect faces, recognize body posture, etc. Sound sensors allow robots to respond to music or audience reactions.
4. Music and rhythm sensing: Dancing robots can usually dance in sync with music. It can sense the rhythm and beat of the music, and adjust and coordinate the movement through the built-in algorithm.
5. Programming and control: Dancing robots usually need to be programmed first to provide them with corresponding dance movements and behavioral logic. Programming can be done through pre-set dance patterns, remote controls, or by connecting to a computer for advanced programming.
Dancing robots are widely used in entertainment, performance and education. They can be performed on stage to capture the audience's attention; It can also be used in educational and entertainment venues to interact with users and provide entertainment experiences. As the technology develops further, we can expect to see more powerful dancing robots with more functions and better performances.
