The OEP type UA Oldham/Universal coupling differs from other versions of the Oldham/Universal coupling (UC and UI) in that its midsection is machined from metal bar, the same…
Oldham couplings are typically used in motion control applications where zero-backlash performance is required. However, these couplings are increasingly used as an alternative to straight jaw couplings on…
Ruland manufactures a variety of components including oldham couplings and beam couplings. While both coupling types are backlash-free and feature misalignment capabilities, small performance differences make the choice of coupling critical depending on application parameters.
Physical values such as torque, torsional rigidity, spring stiffness, moment of inertia, imbalance, and zero-backlash play a major role in coupling design. Here are a few facts to…
For a coupling in a servo application to work properly, you need to satisfy a number of application factors including: torque, shaft misalignment, stiffness, speed, and space requirements….
The design and manufacture of customised linear positioning systems on short lead times is key to LinTech’s success. This California-based company offers an exceptionally wide range of options…
Huco Dynatork, an Altra Industrial Motion company, offers the worlds most comprehensive range of small precision couplings from a single manufacturer. Huco’s precision couplings are ideal for use in…
Leslie Langnau is the Managing Editor of the Design World Network. She also has more than 20 years experience as a technology editor, covering such areas as controls, mechanics, mechatronics, couplings, industrial networks, and the field now known as additive manufacturing (formerly rapid prototyping).
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