For tough applications where strength and affordability are important, the steel design of rigid compression couplings is well suited. Timken cast steel couplings are an excellent choice for joining two shafts of the same size. This type of coupling is also known as a “rigid clamp style” coupling. Choose from standard sizes for shafts 1-7/16 […]
Rigid
Metric rigid couplings with step bores
Ruland has expanded its line of rigid couplings to include metric sizes with step bores. This gives equipment manufacturers designing precision servo driven systems or shaft-to-shaft connections a wider range of standard in-stock products to choose from. The couplings are available in one- and two-piece clamp styles with or without keyways for superior fit and […]
Company profile: OEP
Company Name: OEP Couplings (a division of Oren Elliott Products, Inc.) Established: 1983 (as Oren Elliott Products, Inc.) Headquarters: Edgerton, OH CEO/President: June Elliott Products: Flexible and rigid shaft couplings, as well as variations and sub-variations OEP www.oepcouplings.com
Flexible vs rigid couplings: Part 3
This is the third installment in a weekly 3-part series on flexible vs rigid couplings running through December. Here, Ruland’s Bobby Watkins shares his insight into the best options for different coupling applications. This excerpt was taken from Watkins’ presentation during the Design World Webinar, Flexible vs Rigid Couplings. A little bit about Ruland Manufacturing. […]
Flexible vs rigid couplings: Part 2
This is the second installment in a weekly 3-part series on flexible vs rigid couplings. Here, Ringfeder’s Ed Cole shares his insight into the best options for different applications. This excerpt was taken from Cole’s presentation during the Design World Webinar, Flexible vs Rigid Couplings. Ringfeder is a manufacturer of transmission components, but today specifically […]
Flexible vs rigid couplings: Part 1
In this first installment of a weekly 3-part series on flexible vs rigid couplings, R+W America’s Andy Lechner shares his insight into the best options for different applications. This excerpt was taken from Lechner’s presentation during the Design World Webinar, Flexible vs Rigid Couplings. Quick disclaimer, R&W is not a manufacturer of rigid couplings. Obviously, […]
Motion systems application examples: Couplings
By Mike Santora Couplings are simple yet precisely engineered devices that connect shafts to transmit torque and compensate for misalignments. But many variations of coupling designs exist to complement machine dynamics and meet specific application criteria. Couplings are either torsionally rigid or flexible. Flexible couplings compensate for misalignments, while rigid designs handle drive components already […]
Couplings for medical equipment provide zero backlash and high torsional stiffness
Medical systems require components that are made to exacting and consistent standards. The ServoClass Couplings will not only perform to the technical levels specified, but they will also be highly consistent and repeatable in every dimension, tolerance, and material specification. ServoClass couplings are a suitable coupling for the precise positioning requirements in today’s demanding medical […]
Rigid couplings for packaging applications
Ruland offers rigid couplings that are designed for packaging applications. They have precision honed bores, anti-vibration hardware, and opposing hardware on two-piece styles to ensure superior fit, alignment, and holding power. Rigid couplings from Ruland are available in a wide variety of sizes, styles, and materials to suit the needs of packaging applications such as […]
Rigid couplings for power transmission applications
Torsionally stiff rigid couplings are best used on shafts that are already in proper alignment, so are well-suited to pump, mixer, drive shafts, and other power transmission applications. Stafford Manufacturing Corp., Wilmington, Mass., offers a full line of rigid couplings in a variety of configurations and sizes for connecting these types of components. Rigid couplings […]
