In recent years, with the rapid development of industrial automation, robotics, medical devices, and other fields, the demand for precision transmission equipment has been growing. As a new type of geared motor, micro cycloidal gear motors are gradually becoming a favorite in the precision transmission field due to their compact size, lightweight, high precision, high efficiency, and long lifespan.
Traditional geared motors often suffer from issues such as large size, excessive weight, and insufficient precision, making it difficult to meet the modern equipment's requirements for miniaturization, lightweight design, and high precision. In contrast, micro cycloidal gear motors adopt a unique cycloidal pinwheel meshing principle, achieving high reduction ratios and high torque output while effectively reducing size and weight.
Taking our latest micro cycloidal gear motor launched as an example, its diameter is 90mm, thickness 40mm, and weight 946g, yet it can deliver a torque of up to 90Nm, with a reduction ratio 49 and precision reaching less than 10 arc-minute, fully demonstrating the characteristics of "small size, great power."
In addition to excellent performance parameters, micro cycloidal gear motors also offer advantages such as low noise, low vibration, and smooth operation, effectively improving equipment efficiency and stability. For instance, in the field of industrial robotics, micro cycloidal gear motors can be applied to joint modules, enabling flexible movement and precise positioning of robots. In the medical device field, they can be used in surgical robots, providing doctors with a stable and precise operating platform.
In summary, as a high-performance, highly reliable precision transmission component, micro cycloidal gear motors are leading a new trend in the precision transmission field. It is believed that in the future, micro cycloidal gear motors will shine in even more areas, making greater contributions to industrial development and societal progress.
Post time: Feb-10-2025