MW Components’ servo couplings are produced using Helical Flexure Technology and are offered in many different attachment styles as well as a vast array of sizes and materials to suit your specific application and/or custom requirements. Maintaining optimum system performance relies on properly matching a shaft coupling based on your specific performance and application requirements […]
Servo
The C-Flex Lattice Servo and the C-Flex Lattice
Couplings are revolutionary, patented designs which combine the best characteristics of bellows, disc, and beam couplings into a single integrated component. Designed to couple two rotating shafts together, they can accommodate misalignments far greater than other couplings on the market, while transmitting high torque loads with zero backlash. Their construction provides for a low moment […]
Zero-Max ServoClass couplings
Zero-Max announced that its ServoClass Couplings provide important reliability and misalignment advantages in servo motor, and stepper motor driven applications. Demanding applications require a coupling that holds up to shock loads caused by rapid acceleration and deceleration, start/stop conditions, and torque reversals in these servo-driven systems. According to Zero-Max testing and field experience, ServoClass Couplings […]
Electroformed metal bellows form Servometer
The Servometer engineering team focuses on your application and quickly responds with a custom design and high-quality prototype or part. That’s why OEM manufacturers call on them. Applications: Actuators Air Speed Measurement Altimeters Baromers Oxygen Systems Landing Gear Systems Instrumentation, Temperature & Pressure Medical Equipment Semiconductor & High Vacuum Servometer servometer.com
June Robotic Summit: Register now and we’ll see you in Boston
Our team hereby welcomes you to Boston in June for the 2019 Robotics Summit — June 5 and 6, 2019 to be exact. Focused on the design, development, manufacture, and delivery of commercial robotics, the Robotics Summit is actually co-located with the DeviceTalks event at the Seaport World Trade Center. As an attendee, expect to […]
How does inertia influence servo coupling applications?
We talked to Ruland Manufacturing’s Bobby Watkins to learn more about the role inertia plays in servo coupling applications. Here is what he had to say. “Failure most often occurs when maximum speed is exceeded. Every type of motion control coupling has a different max speed rating. It varies. It’s something to be mindful of […]
Couplings in both single and double flex models
ServoClass Couplings in both Single and Double Flex models are now available with hubs for k6 and j6 shafts. These couplings from Zero-Max provide high torsional stiffness and are designed to handle high speed reversing loads and precise positioning requirements in today’s demanding servomotor applications. The Single and Double Flex ServoClass models handle bore diameters […]
KTR developing a new servo coupling
KTR has developed a steel lamina coupling for servo drives in the higher power range. The backlash-free and torsionally rigid RADEX-NC High Torque covers speeds up to 27,500 rpm while transmitting torques up to 2,000 Nm. Main application ranges are machine tools as well as measuring and test bench technology. KTR will introduce the coupling […]
Servo couplings: Stiffness, damping, hunting, and stabilization considerations
Here we address considerations when specifying servo couplings to satisfy servo requirements — ever-evolving specifications that become more demanding all the time. By Tetsuya Niwa • Director of product planning and development Kei Yamada • Product Manager — Product planning and development Hiroki Goto • engineering specialist Paulo Castelo • Technical solutions supervisor • NBK America […]
Damping servomotor couplings — New ways to use flexible couplings to minimize hunting and boost system stability
August 27, 2017 update: The full-length technical feature on this servo-coupling topic of damping and gain setting is now live. New technological improvements in servomotors have spurred dramatic improvements in response frequencies. The catch is that vibration (and hunting) tend to arise when designers apply high gain settings to servo systems and use advanced couplings […]
