Learn about traction drives in robotics: their history, how they work, key advantages like high efficiency and low noise, and why designs like the Nasvytis Drive never went mainstream.
Learn about traction drives in robotics: their history, how they work, key advantages like high efficiency and low noise
Archimedes Drive working principle
HOW DO COMPOUND DRIVES WORK? Download Presentation Slides Summary In this sixth installment, we’re uncovering the intricate world of compound drives—a class of mechanical systems
Learn about traction drives in robotics: their history, how they work, key advantages like high efficiency and low noise, and why designs like the Nasvytis Drive never went mainstream.
Today, we will focus on Planetary Drives
Today, we will focus on the strain wave gear, also commonly known as the harmonic drive, named after the company that pioneered its commercialization.
In this lesson from the Archimedes Academy by IMSystems, we explore the working principle, key terminology, and advantages and disadvantages of cycloidal drives, a widely used speed reducer in robotics.
Mechanical drives convert high-speed, low-torque motion into slow, high-torque movement. Learn their key functions, types, and differences in robotics.
Why is the Archimedes Drive so accurate? Small discrepancies in gearboxes amplify into positioning errors. High stiffness, True zero blacklasn and slip cnotrol.
