Security Locks

Safety drive solution for TJW46FA worm gear and worm reduction motor in smart door locks

TJW46FA is a worm gear and worm reduction motor tailor-made for high-end smart door lock systems. With its lock safety features, ultra-quiet operation and precise position control, it has become the core power unit for clutch drive and anti-lock execution of Internet of Things door locks. This motor, through a special transmission structure of worm gear and worm, not only achieves efficient deceleration and torque increase but also provides a natural reverse self-locking function, offering dual guarantees of safety and reliability for smart door locks.

Project Background
Under the trend of intelligent security and whole-house interconnection, smart door locks have evolved from simple electronic lock-picking tools to the "home security hub". The core demands of users for smart door locks focus on: absolute security, ultimate quietness, long-lasting stability and seamless intelligent linkage. As the core of the actuator, the performance of the drive motor directly determines the reliability, service life and user experience of the door lock. The TJW46FA motor is precisely a dedicated solution developed to meet these demanding requirements. The TJW46FA adopts a worm gear and worm transmission scheme. Its natural self-locking feature and smooth output feature perfectly meet the safety and noise reduction requirements of smart door locks.

Regarding TYHE Motor
TYHE Motor has been deeply engaged in the field of intelligent security drive for many years. The TJW46FA series is a dedicated motor developed by us for high-end smart door locks. By choosing Tyhe Motor, you will obtain a partner that combines the knowledge of the security industry with precision manufacturing capabilities. Let's leverage the outstanding performance of the TJW46FA motor to help your smart door lock products establish competitive advantages in the three dimensions of safety, quietness and reliability, and build a trustworthy home security defense line for users.