Ruland Manufacturing has expanded its jaw coupling line to meet the demands of high-torque applications, now offering bore sizes up to 1-3/4-in. or 45 mm and torque capacities of 2,655 in-lb (300 Nm). These new jaw couplings are designed for use in precision systems with high deceleration and acceleration curves, such as those found in […]
Jaw
Precision multi-jawed couplings
AVAILABLE IN: Materials: Stainless Steel Bore Size: 0.1248. – 0.2498-in. Outer Diameter: 0.75-in. Length: 0.87-in. SDP/SI Precision Multi-jawed Coupling is a rigid coupling that accommodates minimal shaft misalignment. The helical gear coupling enables a positive connection between two shafts that can be disconnected or connected at any time when stopped. SDP/SI www.sdp-si.com/products/Couplings
Solutions from Ruland: Jaw couplings for start-stop applications
Ruland zero-backlash jaw couplings are a three-piece assembly designed to accommodate high acceleration and deceleration curves that result in peak torque. Jaw couplings are ideal for systems that experience hard starts, hard stops, or reversals, including in medical, semiconductor, test and measurement, and robotics applications. Ruland’s balanced jaw coupling design consists of two hubs and […]
Compact aluminium zero play jaw coupling
COMPACT «ALUMINIUM» ZERO PLAY JAW COUPLING “GAS/SG/C-AL” Up to 55 KNm and 200 mm bore diameters Features: Compact solution Manufactured in fully machined aluminum Zero-play model with high torsional rigidity Elastomer available in various degrees of hardness Reduced weight and moment of inertia Electrical isolation between parts. On request: Part clamp locking with keyway slot […]
Miki Pulley ALS-machined couplings more precisely solve misalignment challenges
The latest designed ALS Couplings from Miki Pulley are available in three different types for more precisely handling parallel, angular, or axial misalignment applications. The key feature of this coupling design is its center element. Each of the three models’ center members has a unique, durable material and shape. Also called a ‘spider’, it is […]
Elastomer jaw couplings TNB
High-strength Elastomer Jaw Couplings of the proven RINGFEDER TNB series – once TSCHAN TNB – convince globally in the most demanding heavy-duty applications by superior durability and functionality – for maximum operational reliability of the machines and plants of their users. The puncture-proof and torsionally flexible couplings effectively compensate for axial, radial, and angular shaft […]
Ringfeder elastomer jaw couplings GWE, TNM, TNS & TNB
Ringfeder’s Elastomer Jaw Couplings of the RINGFEDER GWE, TNM, TNS, and TNB series — originating in the proven GERWAH and TSCHAN series – meet the highest performance and durability requirements in a wide range of sectors, e.g. the steel and metal industry, drive and conveyor technology, power generation, machine tool, packaging and printing machine construction […]
Jaw couplings for surgical robots
Ruland manufactures zero-backlash jaw couplings with a balanced design for reduced vibration and constant velocity in applications that require demanding starts and stops such as those in industries like semiconductor, solar, medical, and packaging. The dampening ability of Ruland’s jaw couplings aid in reducing settling time and shock loads, making them an ideal option for […]
ComInTec backlash free jaw spacer coupling
The coupling GAS/SG is an elastomeric coupling with compact dimensions composed of two hubs made in steel UNI EN ISO 683-1:2018, fully turned, and one elastomeric element. The hub’s tooth profile is designed to allow the elastomeric element to work only by compression and not in shear, allowing for a longer life of the coupling in […]
GAS/SG-ST -backlash free jaw coupling
The ComInTec coupling GAS/SG is an elastomeric coupling with compact dimensions composed of two hubs made in steel UNI EN10083/98, fully turned, and one elastomeric element. The hub’s tooth profile is designed to allow the elastomeric element to work only by compression and not in shear, allowing for a longer life of the coupling in […]
