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In the field of precision machining, the C-axis (rotating axis) technology of EDM machines directly impacts the machining accuracy and surface quality of complex curved parts. In recent years, the combination of harmonic reducers and Panasonic servo motors, with their high precision, high rigidity, and dynamic response, has become an innovative solution for high-end EDM machine C-axis systems.
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As semiconductor process technology evolves towards sub-5nm, equipment places higher demands on the accuracy, reliability, and space utilization of motion control systems. HarmonicDrive, with its integrated harmonic reduction technology and servo motor design, has become a core drive solution for key processes such as CMP (Chemical Mechanical Polishing), wafer transport, and photolithography equipment.
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Harmonic Drive Reducer modules, newly developed by Harmonic Drive, are specifically designed for humanoid robot finger joints. With a compact diameter of just 28mm, they achieve 0.1° repeatability while withstanding 15Nm of peak torque. Their patented flexible wheel material and optimized tooth profile ensure a lifespan exceeding 20,000 hours, meeting the high-frequency grasping demands of robots.
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Recently, a delegation of important clients was invited to visit DOBOT's headquarters and smart manufacturing exhibition hall. The delegation gained an in-depth understanding of the company's latest achievements in smart manufacturing, collaborative robots, educational robots, and automation solutions, and expressed high recognition of DOBOT's global market presence and innovative strength.
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As industries worldwide race toward smarter, more compact, and ultra-precise automation systems, Japan HarmonicDrive has firmly positioned itself as a global leader in high-precision motion control technology. Known for its pioneering work in strain wave gearing, HarmonicDrive products are now at the core of advanced robotics, aerospace systems, semiconductor manufacturing, and surgical devices.
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In the fields of automation, robotics, and industrial machinery, planetary gear reducers play a vital role in ensuring smooth, powerful, and highly accurate motion control. But what exactly is a planetary gear reducer, and why is it preferred in so many demanding applications?
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The HarmonicDrive, also known as a strain wave gear, operates on a unique mechanical principle that enables high precision, zero backlash, and compact size—all critical for advanced motion control systems like robotics, aerospace, and medical devices.
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As automation continues to shape modern industry, rotary actuators have become essential components in motion control systems, robotics, and machinery. These devices convert energy into controlled rotational motion, enabling precise positioning and movement in countless applications. But what are the three main types of rotary actuators, and how do they differ?
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In the ever-evolving world of robotics and automation, achieving highly accurate and compact motion control is essential. This is where the harmonic drive actuator plays a transformative role. But what exactly is the purpose of a harmonic drive actuator, and why is it preferred in advanced engineering applications?
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In the world of industrial automation and robotics, both rotary actuators and motors are essential components used to generate rotary motion. While they may appear to perform similar functions, their structure, function, and application reveal key differences. So, what is the difference between a rotary actuator and a motor?
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In the world of industrial motion control, precision gear systems are essential for achieving high efficiency, accuracy, and performance. Among the various gear types, harmonic reducers and RV reducers (also known as robotic reducers) are two of the most commonly used in applications such as robotics, automation, and aerospace. While both serve similar functions—providing torque reduction and motion control—they operate through different mechanisms and offer distinct advantages. Understanding the differences between these two types of reducers can help engineers and manufacturers choose the right system for their specific needs.
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The harmonic gear, a core component of harmonic drive systems, plays a pivotal role in modern motion control and precision machinery. Unlike traditional gears, which use conventional tooth profiles for power transmission, harmonic gears rely on a unique mechanism to achieve high torque output, compact size, and minimal backlash. These distinctive features make harmonic gears indispensable in industries requiring precision and reliability, such as robotics, aerospace, medical equipment, and industrial automation.