Medical equipment
Encoders in medical devices can accurately measure and control various parameters, enhancing the precision and reliability of the equipment. For example, rotary encoders can precisely capture the motion status and positional information of devices, ensuring system stability. By continuously monitoring the motion data and feeding it back to the controller for processing and analysis, encoders provide high-precision status and positional information. This precise measurement and control not only ensure the reliable operation of the equipment but also significantly improve treatment outcomes. Encoders are widely used in medical devices such as centrifuges, monitors, and ventilators, providing critical technical support for medical procedures.
Humanoid robot
Encoders are critical angular displacement sensors in humanoid robots, widely used in joints and dexterous hands. Each rotary joint requires 2 encoders, while linear joints and dexterous hands each require 1 encoder, totaling approximately 54 encoders per robot. Encoders provide real-time monitoring and feedback of motion data, ensuring precise control and positioning of the robot's joints. With features such as compact size, lightweight design, shock and vibration resistance, and high stability, encoders are essential for achieving precise control and reliable operation in humanoid robots.
Automobile industry
Encoders are primarily used in the automotive industry to measure critical data such as engine speed, wheel speed and position, and steering angle. In engines, encoders monitor the rotation of the crankshaft or camshaft, providing data that enables the Engine Control Unit (ECU) to optimize ignition timing and fuel injection in real time, improving performance and fuel efficiency. In safety systems, encoders measure wheel speed, supporting Anti-lock Braking Systems (ABS), Traction Control Systems (TCS), and Vehicle Stability Control (VSC) to ensure driving safety and stability. In steering systems, encoders detect angles to provide precise input for Electric Power Steering (EPS), enhancing the driving experience and maneuverability.
Industrial Automation
Encoders are used in industrial automation to precisely measure position, speed, and angle, widely applied in robots, CNC machines, conveyors, and printing equipment. By providing real-time motion data feedback, encoders ensure precise control and synchronization of mechanical components, improving production efficiency and equipment reliability. Their compact size, stability, and resistance to interference make them highly effective in industrial environments.
EADS
Encoders are mainly used in space applications for precise control and measurement systems, particularly in spacecraft attitude control, propulsion systems, satellite positioning, and the precise positioning of measurement instruments. By providing real-time position and speed feedback, encoders help spacecraft maintain stable orbits and directions, ensuring precise satellite docking, stable communication system operation, and accurate navigation systems. In high-precision environments, the reliability and durability of encoders are crucial for the success of space missions.
Elevator application
In elevator systems, encoders are used to precisely monitor the elevator's movement, including floor positioning and speed control. By providing real-time feedback on the elevator's location, encoders ensure that the elevator accurately stops at each floor, preventing landing errors. They also assist in controlling the elevator's acceleration and deceleration processes, ensuring smooth operation and enhancing passenger comfort and safety. Additionally, encoders play a key role in the precise control of other critical components, such as door operation and balancing systems, improving the overall performance and reliability of the elevator.
Forklift application
Encoders are primarily used in forklifts to precisely control the lifting mechanism and steering system. By monitoring the height, tilt angle, and steering angle of the lifting system, encoders provide real-time feedback on the forklift's position and motion, ensuring accurate and efficient task execution during material handling and stacking. In high stacking or narrow space operations, encoders significantly improve operational precision, reduce the likelihood of errors, and enhance safety. Additionally, encoders are used to precisely control the forklift's travel speed and direction, improving overall performance and operational efficiency.
