1. Applicable to point-to-point positioning at the micron or nanometer level; 2. Maximum speed can reach more than 5M/S, and the travel is not limited; 3. High-life power cable, up to more than 50 million times; 4. Storage environment: ambient temperature (-15°C~70°C),Humidity (10%~90%).
Application areas of direct drive motors: Applied to semiconductor and electronic product production equipment, laser processing equipment, flat panel display industry, printing equipment, CNC machining machine tools, 3C automation equipment, machine vision inspection equipment, photovoltaic equipment, PCB inspection equipment, robots, automotive electronics, printing, packaging, medical equipment and other automation equipment. 1. WFDUM coreless U-shaped linear motor Features: direct drive technology, simple structure, high thrust density, high motor constant, high speed, high acceleration, large acceleration, high precision, high response speed, zero cogging effect, smooth thrust characteristics, maintenance-free operation, no electromagnetic attraction. Applicable occasions: point-to-point motion, micron or nano positioning level; various high and low speed fluctuation requirements and motion trajectory requirements; high-precision force control. 2. WFDFM iron plate linear motor Features: direct drive technology, simple structure, high precision, low cogging force, fast response speed, maintenance-free, high positioning accuracy, high acceleration, high thrust, high thrust density. Applicable occasions: point-to-point motion, micron positioning level; motion conditions with high speed requirements and high acceleration requirements. 3. WFDTM Tubular Linear Motor Features: direct drive technology, simple structure, high speed, high acceleration, large acceleration, high precision, high response speed, zero cogging effect, smooth thrust characteristics, maintenance-free operation, no electromagnetic suction. 4.Applicable occasions: point-to-point motion, micron or nano positioning level; various high and low speed fluctuation requirements and motion trajectory requirements; high-precision force control. 5. WFDLM linear motor module Features: compact internal structure, high rigidity, high precision, high reliability, customizable stroke, high integration, high economic benefits, low maintenance cost. Applicable occasions: point-to-point motion, micron or nano positioning level; various high and low speed fluctuation requirements and demanding motion trajectory conditions. Advantages of Wanfuda's linear motors： High Speed: The speed of a linear motor is comparable to that of a maglev train, and in theory can even be faster than a rocket. In practical applications, the speed of a linear motor is also far superior to traditional transmission methods such as screws, belts, and racks and pinions. High Precision: The positioning accuracy of linear motors is very high, usually reaching the micron level or even the nanometer level. Compared with traditional transmission methods, linear motors have higher repeatability and can provide more precise motion control. Easy to control: Linear motors support a variety of control methods and interfaces, making control more flexible and diverse. This enables linear motors to better execute complex motion instructions in automation equipment. Simple structure: The linear motor has no contact and no wear between the mover and stator, and the structure is simple and easy to install and adjust. This design not only reduces maintenance requirements, but also extends service life. Smooth operation: Since there is no contact between the mover and the stator, the linear motor has no friction and backlash during operation, and runs more smoothly and stably. The itinerary can be infinitely extended: The stators of linear motors can be spliced and the stroke can be extended infinitely, which makes it a significant advantage in applications that require long strokes. Supports simultaneous movement of multiple movers: Linear motors can drive multiple movers to move independently at the same time, improving the working efficiency of automation equipment. Fast response and high efficiency: Linear motors have the characteristics of fast response and high efficiency, and can quickly reach the target position and maintain efficient operation. Low Noise: Linear motors produce less noise during operation, providing a quieter working environment. These advantages have made linear motors widely used in automation equipment, precision machine tools, high-speed machining centers and other fields. With the advancement of technology, linear motors are expected to gradually replace traditional mechanical transmission methods.
