Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Collars Clamp shaft collars do not mar the shaft, are easy to remove and are indefinitely adjustable. They are commonly used for guiding, spacing, stopping, mounting and component alignment. Equipment manufacturers benefit from the tightly controlled face to bore perpendicularity of Ruland shaft collars (TIR of ≤ 0.002" or 0.05 mm). Perpendicularity is critical for alignment when the shaft collar is used as a load bearing face, mechanical stop or for mounting components such as gears or bearings. Proprietary processes have been developed by Ruland to maintain superior fit, finish, and holding power. Ruland stamps the name and bore size on every shaft collar for ease of identification. 2 piece styles are mated throughout the manufacturing process for proper fit and alignment. Forged screws test beyond DIN 912 12.9 to ensure maximum holding power. All shaft collars are machined from solid bar stock to a fine burr free finish and sourced exclusively from North American mills. Ruland uses high grade 2024 aluminium for increased screw seating torque. All products are RoHS2 and REACH compliant and manufactured in our Marlborough, MA factory. One and two piece collars in aluminium<BR/>Collars do not score the shaft<BR/>Easily installed and adjusted

Aluminium Collars Clamp shaft collars do not mar the shaft, are easy to remove and are indefinitely adjustable. They are commonly used for guiding, spacing, stopping, mounting and component alignment. Equipment manufacturers benefit from the tightly controlled face to bore perpendicularity of Ruland shaft collars (TIR of ≤ 0.002" or 0.05 mm). Perpendicularity is critical for alignment when the shaft collar is used as a load bearing face, mechanical stop or for mounting components such as gears or bearings. Proprietary processes have been developed by Ruland to maintain superior fit, finish, and holding power. Ruland stamps the name and bore size on every shaft collar for ease of identification. 2 piece styles are mated throughout the manufacturing process for proper fit and alignment. Forged screws test beyond DIN 912 12.9 to ensure maximum holding power. All shaft collars are machined from solid bar stock to a fine burr free finish and sourced exclusively from North American mills. Ruland uses high grade 2024 aluminium for increased screw seating torque. All products are RoHS2 and REACH compliant and manufactured in our Marlborough, MA factory. One and two piece collars in aluminium<BR/>Collars do not score the shaft<BR/>Easily installed and adjusted

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable

Aluminium Flexible Shaft Couplings Designed to perform where higher speeds, greater misalignment, and limited lubrication would exceed the capabilities of other couplings. Each coupling is manufactured as one piece, thereby eliminating mechanical joints and possible failure points.Two fixing styles available:,Typical applications include encoders, stepper motors, robotics, measuring instruments, servo systems, pumps, valves, fans etc., (i) Set Screw style is secured using one grub-screw per shaft (staggered at 120°) , (ii) Clamp style fixing uses one socket head cap screw per shaft. Constant velocity couplings with high torque capacity and zero backlash<BR/>Torsionally rigid one-piece construction<BR/>Not temperature sensitive<BR/>High or low speed operation and reversible<BR/>No lubrication required<BR/>Up to 3° of axial misalignment allowable