Bellows couplings for robotics Ruland bellows couplings are ideal for precision motion in robotic applications due to their zero-backlash design, high torque and torsional stiffness, and various styles that ensure accurate movement and smooth operation. They are commonly used in industrial, medical, and autonomous robotic systems requiring high speed and accuracy. Ruland bellows couplings are […]
Bellows
Ruland introduces new bellows couplings with enhanced misalignment capabilities
Ruland Manufacturing continues to expand its motion control coupling product line by introducing bellows couplings with increased misalignment capabilities. These new bellows couplings complement Ruland’s existing high-stiffness line by offering equivalent torque with greater misalignment flexibility. Ruland’s bellows couplings are lightweight, have low inertia, and can reach speeds up to 10,000 rpm due to the […]
New from Ruland: Bellows and disc couplings with higher torque capacity
Ruland Manufacturing now offers bellows and double disc couplings with bore sizes up to 1-3/4 in or 45 mm for use in systems with torque up to 1,4000 in-lbs (158 Nm). High torque applications commonly found in precision semiconductor, solar, conveyor, and factory automation applications often use these shaft sizes. Ruland disc and bellows couplings […]
Spacer shaft coupling with flexible bellow
TORSIONALLY RIGID SPACER SHAFT COUPLING WITH FLEXIBLE BELLOW ELEMENT “GSF/DBSE” Hubs and spacer made of fully turned aluminum; Stainless steel bellow Maintenance-free, Low inertia High angular misalignment recovery 1 or 2-piece clamp hub with or without keyway Customized spacer for specific DBSE with torsional rigidity Compatible with high temperatures ComInTec www.comintec.com/us/products
GAM: Quick Reference — servo couplings, bellows vs elastomer
Elastomer? Bellows? What is the best coupling technology for your motion control application? Each has its advantages from torsional stiffness to vibration dampening. A quick comparison of features and advantages can point to the best solution. Servo Coupling Design There are two basic types of servo couplings: bellows and elastomer. Both provide zero backlash, low […]
R+W’s model BKH and MKH precision bellows couplings
Brief overview of R+W’s EK7 coupling series. This video covers features, sizes, bore diameter range, insert types, and more. R+W www.rw-america.com
PRECISION FLEXIBLE BELLOWS COUPLINGS
AVAILABLE IN: Materials: Brass, Bronze, Stainless Steel, Nickel, Steel, Aluminum, Neoprene, Nylon, Zinc Bore Size: 0.0625-in. (1mm) – 1.750-in. (45mm) Outer Diameter: 0.250 in. (6.4mm) – 3.700-in. (94mm) Length: 0.480-in. (14.2mm) – 3.55-in. (90.3mm) SDP/SI Bellows Couplings are flexible couplings designed to accommodate various types of load conditions. SDP/SI Hi-Flex Bellows Couplings are used for […]
SDP/SI: precision flexible bellows couplings
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 […]
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, […]
