




High speed spindle servo motor, with a maximum speed of up to 24000 revolutions, is designed for high-speed and high-precision machining scenarios. It adopts optimized electromagnetic design and high-precision dynamic balance technology, with stable operation, small vibration and low noise; It has the advantages of fast response, constant power output and strong overload capacity. With efficient heat dissipation structure, it can operate stably at high speed for a long time. It is widely adapted to high-speed drilling, fine carving and milling, precision machining center and other equipment, which significantly improves the processing efficiency and surface finish. It is the ideal power core of high-end equipment.

High load, high speed, low noise, high torque High-precision five-pole-pair motor reconstructs servo performance with precision magnetic circuit design. Five-pole structure brings stronger torque output and smoother running experience, no shaking at low speed, no whistling at high speed, accurate and reliable positioning. Under the same power, the volume is smaller, the efficiency is better, the long-term operation temperature rise is lower, and the service life is longer. Provide a more reliable power core for the equipment.

520 Series drives support up to 23-Bit high resolution encoders for high performance precision positioning control. It has three built-in modes of position, speed and torque, which can meet the needs of diversified command control.







LF606F is designed to measure in all 3 spatial directions: forces in tension and compression (±Fx, ±Fy, and ±Fz) as well as torques or moments in clockwise and counterclockwise (±Mx, ±My or ±Mz). 6 Axis Force Sensors are used for product testing, robotic assembly, grinding, polishing, and other industrial applications where holding a steady position and trajectory high-repeatability is necessary. This sensor is particularly important in complex assembly operations where the robot will encounter different problems (misalignments, tight fits, force tests, etc) and precision motion control over the end-of-arm tooling (EOAT) applied force (robot end-effector) is paramount. The six axis load cell allows the controller to recognize what is going on with the robot tool and improves end-effector dexterity.

The S-type load cell LFS-02 is Ligent Sensor's star product. It features a compact structure, high precision, support for both tension and compression measurement, and a high dynamic response frequency. Suitable for force detection and control on equipment with limited installation space, it offers a wide force range (250g–200kg) and is widely used for force measurement in industries including consumer electronics, medical care, robotics, and textile & paper manufacturing.

The L400B control indicator, designed for precision measurement applications, is a versatile, multifunctional display with high resolution. It supports a wide range of force sensor inputs, as well as both analog signal output and multiple communication methods (RS485/RS232/EtherCAT/Ethernet) for reading digital signals. The conditioned signal can be directly and seamlessly input into computers, PLCs, DAQ systems, and other measurement or control instruments.