Product Description Jaw-Flex Couplings designed to transmit torque between rotating shafts while accommodating minor shaft misalignment and reducing the transmission of vibration and shock loads. These flexible couplings consist of two metallic hubs and an elastomeric spider positioned between the jaws of the hubs. Jaw-Flex Couplings provide a compact, easy-to-install solution for connecting motors to pumps, gearboxes, compressors and other rotating machinery. The flexible spider helps absorb torsional vibration and protects connected equipment from certain operational shocks. Available in different sizes, hub configurations and elastomer materials, these couplings can be selected according to torque, speed, shaft diameter and operating conditions. Technical Specifications Product Name: Jaw-Flex Coupling Coupling Type: Flexible Jaw Coupling Main Components: Two coupling hubs and an elastomeric spider Hub Materials: Aluminium, cast iron, steel or other materials, depending on model Spider Materials: Polyurethane (PU), NBR or other compatible elastomers, depending on grade Connection Type: Shaft-to-shaft flexible coupling Bore Size: Available for different shaft diameters Torque Capacity: Model-specific Operating Speed: As specified by the manufacturer Misalignment Capacity: Limited angular, parallel and axial flexibility, depending on design Installation: Direct mounting on compatible shafts Customization: Bore, keyway and hub configuration, subject to availability Key Features Efficient torque transmission between connected shafts. Flexible spider helps absorb vibration and shock loads. Accommodates limited shaft misalignment. Compact design for space-constrained machinery. Easy installation and maintenance. Replaceable elastomeric spider on compatible designs. Available in different sizes and material combinations. Helps reduce mechanical stress on connected equipment when correctly selected. Applications Electric motors and industrial pumps Gearboxes and speed reducers Air compressors Blowers and fans Conveyors and material-handling equipment Industrial machinery Packaging and manufacturing equipment General mechanical power transmission systems
Gear Coupling Product Description Gear Couplings designed for reliable torque transmission between two rotating shafts in heavy-duty industrial applications. These couplings typically consist of two hubs with external gear teeth that engage with internally geared sleeves, allowing efficient power transmission while accommodating limited angular misalignment. Gear Couplings are suitable for applications requiring high torque capacity, compact construction and dependable mechanical performance. Depending on the design, they can accommodate limited shaft misalignment and axial movement while transmitting power between motors, gearboxes and driven machinery. Available in different sizes, configurations and materials, Gear Couplings can be selected according to torque requirements, operating speed, shaft dimensions and application conditions. Technical Specifications Product Name: Gear Coupling Coupling Type: Flexible Gear Coupling Main Components: Two externally geared hubs and internally geared sleeve(s) Material: Alloy steel, carbon steel or other specified materials, depending on design Gear Design: Straight or crowned gear teeth, depending on model Connection Type: Shaft-to-shaft power transmission Size Range: Available in multiple sizes as per manufacturer Torque Capacity: Model-specific Operating Speed: As specified by the manufacturer Misalignment Capacity: Limited angular and axial flexibility, depending on design Lubrication: Grease or oil lubrication, depending on coupling type Bore Configuration: Plain bore, finished bore or keyed bore, as available Customization: Shaft bore, keyway and coupling configuration, subject to availability Key Features High torque transmission capability. Suitable for demanding industrial applications. Compact design for efficient power transmission. Accommodates limited angular misalignment in compatible designs. Robust construction for industrial operating conditions. Available in various sizes and configurations. Supports reliable connection between motors, gearboxes and driven equipment. Serviceable designs available, subject to model. Applications Industrial gearboxes and speed reducers Steel and metal processing plants Cement and mining industries Crushers and heavy-duty machinery Conveyors and material-handling systems Pumps and compressors Paper and sugar industries Power generation plants General heavy engineering and manufacturing equipment
Product Description Laksh Engineers offers high-performance Bellows Couplings designed for precise torque transmission between connected shafts while accommodating small amounts of angular, parallel and axial misalignment. These couplings feature a flexible metallic bellows element that provides high torsional stiffness, excellent positioning accuracy and minimal backlash. Bellows Couplings are ideal for precision-driven applications requiring accurate motion transmission, reliable operation and consistent performance. Their compact design makes them suitable for servo motors, stepper motors, encoders, CNC machines and automated equipment. Technical Specifications Product Name: Bellows Coupling Coupling Type: Flexible Metallic Bellows Coupling Bellows Material: Stainless Steel Hub Material: Aluminium alloy or stainless steel, depending on model Connection Type: Shaft-to-shaft coupling Backlash: Zero-backlash design Bore Size: Available in various shaft diameters Torque Capacity: Model-specific Operating Speed: As per manufacturer specifications Misalignment Compensation: Angular, axial and limited parallel misalignment, depending on design Mounting Options: Clamp type, set-screw type or other available configurations Customization: Bore diameter, keyway and hub configuration, subject to availability Key Features Zero-backlash torque transmission. High torsional stiffness for precise motion control. Flexible metallic bellows construction. Low inertia and compact design. Excellent repeatability and positioning accuracy. Accommodates limited shaft misalignment. Minimal maintenance requirements. Suitable for high-precision automation systems. Applications CNC machines and precision machine tools Servo and stepper motor systems Robotics and automation equipment Encoders and measuring instruments Semiconductor manufacturing equipment Medical and laboratory instruments Packaging and printing machinery Precision positioning and motion-control systems
