our products and services
Precision Cycloidal Drives: Utilizing the latest CAD/CAM and advanced analysis software, our cycloidal drives are meticulously optimized for smooth and precise operation. Manufactured with cutting-edge CNC techniques, our drives are crafted with aerospace-grade materials, ensuring exceptional precision, reliable performance, and long-lasting durability.
Custom Robotics Solutions: We also offer custom robot components, including CNC-machined links and joint assemblies, empowering you to design and build your own tailored robotic solutions with precision and reliability.
Advanced Actuation Systems: With years of expertise in designing and manufacturing advanced motion control systems and components, Dryve Technologies is your trusted partner for precision engineering. Contact us to discuss your specific requirements for linear motion stages, direct-drive rotary stages, and custom gantry systems designed for a wide range of applications.
CNC Machining Services: At Dryve, we are equipped with state-of-the-art 3-axis and 5-axis CNC machines, enabling us to deliver exceptional precision and quality. We also offer contract manufacturing services, producing components directly from your drawings and models at competitive prices with fast lead times.
CSR Series Cycloidal drives
Our CSR Series cycloidal drives feature a round profile and come in a wide range of sizes, from 25mm to 150mm in diameter, to meet diverse application needs. Engineered with our proprietary pre-loading technique, these high-precision drives deliver zero backlash and exceptional stiffness while ensuring smooth, cog-free motion.
Unlike conventional heavy-duty cycloidal drives, our CSR Series is specifically designed for advanced robotics applications, including collaborative robots, surgical robots, AGVs, robotic dogs, and humanoids. Fully back-drivable and requiring low input torque, these drives offer outstanding performance in compact and lightweight constructions, making them ideal for high-response, high-stiffness servo actuators.
