SDP/SI Bellows Couplings are flexible couplings designed to accommodate various types of load conditions. SDP/SI Hi-Flex Bellows Couplings are used for applications that require large amounts of shaft misalignment combined with low resultant radial loads on the bearings. SDP/SI Modular Bellows Couplings are configurable and provide high torsional rigidity for high-speed torque transmission. A wide […]
Bellows
SDP/SI precision flexible helical couplings
SDP/SI Helical Couplings, or beam couplings, are another type of flexible coupling allowing for axial motion, angular misalignment, and parallel offset. This coupling design features one-piece construction resulting in zero backlash. The coupling is made flexible by removing material from the piece in a spiral pattern. SDP/SI Helical Couplings are available in aluminum and stainless […]
GAM: In-stock servo couplings with quick delivery
Express Service Need a coupling really fast? In a breakdown situation? We understand that sometimes you may need something quicker than a 5-day lead time. That is why GAM offers Express Service for in-stock couplings. We will ship the coupling within 24 hours to get your machine up and running as quickly as possible. And, […]
Bellows edge welded couplings from MW Components
MW creates couplings with edge-welded bellows or convolutions. These couplings are suited for a variety of industries and applications, including high-torque applications. Learn More Lead Times Due to existing site production resource commitments as well as materials availability, the typical lead time for our AM350 edge welded bellows purchased online is 4 weeks. The lead […]
Metal bellows coupling with split hub from R+W
Design: * Both clamping hubs are completely separable, due to split hubs and two radial screws ISO 4762 on each hub. * Any imbalance of the clamping hubs is compensated for by balancing bores located on the inside of the hub. Temperature range: -30° C to +100° C (-22° F to +212° F) Backlash: Absolutely […]
R+W miniature bellows couplings
Where torques as low as 0.05 Nm are to be transmitted and shaft diameters as small as 1mm are to be connected, miniature bellows couplings (MK series) from R+W are the right choice. As a result of the trend toward miniaturization – for example, in medical technology, laboratory equipment, and micro-pumps – this product plays […]
ComInTec GSF bellows coupling
The GSF bellow couplings have been designed and manufactured for all applications requiring excellent dynamic characteristics, necessary for high speeds, fast reversing, and, at the same time, torsional rigidity with low inertia without compromising the high reliability. The coupling is made in three different and modular elements, in order to obtain high flexibility in assembling […]
Hexelus presents the GSF family of Servo Couplings
ComInTec’s GSF Bellows couplings are shaft connections for positive-locking torque transmission. The flexible bellows offer both extremely high torsional rigidity as well as substantial mounting flexibility. They are particularly suitable for axial, radial, and angular shaft misalignments. Hubs made in fully turned aluminum – NOT cast Bellows in stainless steel. Suitable for applications with high […]
R+W MODEL BK8 flange-mounted precision bellows couplings
Increasing demands for high-quality motion transfer in compact and efficient machinery require that every component be evaluated, including connecting elements. When optimizing for highly dynamic motion, balance, and positioning accuracy, many mechanical designers are moving away from traditional shafted connections – opting instead for a more direct method of attachment for flexible joints. R+W has […]
What’s reducing the service life of your metal bellows coupling?
It is generally assumed – and typical applications confirm – that metal bellows couplings reliably work over the entire service life of an installation if the coupling is correctly designed. In the future, this can no longer be taken for granted as applications are becoming more and more dynamic. Such applications require you to consider […]
