- Trained on our vast library of engineering resources.

Lika Electronic Datasheets for Flexible Couplings

Flexible couplings connect rotating members while allowing some degree of angular or parallel misalignment.
Flexible Couplings: Learn more

Product Name Notes
All cleaning and packaging performed in a clean room environment.
All cleaning and packaging performed in a clean room environment. This coupling can be used for production of goods requiring high standard cleanliness.
Bellows type flexible coupling. Stainless steel structure. ​Corrosion resistance. Coupling for encoders, measurement equipment and control device. Bore diameter from Ø4 to Ø14 mm. Stainless steel version, corrosion resistance, allowable...
Disk type flexible coupling. The stainless steel disk allows the eccentricity, angular misalignment and end-play. Couplings for stepping motors and general purpose. Bore diameter from Ø6 to Ø25 mm. Zero...
Disk-type flexible coupling. The stainless steel disk allows the eccentricity and angular misalignment. Coupling for application on servomotors and stepping motors. Bore diameter from Ø3 to Ø28 mm XHW-C: standard...
Disk-type flexible coupling. XHS-C: short type Coupling for servomotors and stepping motors. Bore diameter from Ø3 to Ø50 mm. Zero backlash, high torque, high torsional stiffness.
Flexible coupling for universal usage Machined from a single-piece Vibration absorbing
Flexible coupling. High-gain rubber type, long type. Coupling for servomotors and stepping motors. Bore diameter from Ø3 to Ø19 mm. Zero backlash, high torque, excellent vibration absorption.
For encoders. Constant response even under misalignment. Identical cw and ccw rotational characteristics. Spring action bellows configuration absorbs parallel, angular misalignments and shaft end play. MFBS: stainless steel version. Clean...
For servomotors Double stainless steel disks absorb parallel, angular misalignments and shaft end-play Indentical cw and ccw rotational characteristics
For servomotors Flexible coupling for high torque applications Absorb angular misalignment and excellent response
For servomotors High torque capacity, torsional stiffness and excellent response, Stainless steel
For servomotors High torsional stiffness All stainless steel version
For Servomotors Metallic spring coupling Extremely high torsional stiffness, low inertia & excellent response time Made of Duralumin Identical cw and ccw rotational characteristics
For Stepping motors Metallic spring coupling High torsional stiffness and response Made of Aluminium Alloy Identical cw and ccw rotational characteristics
For Stepping motors Metallic spring coupling High torsional stiffness and response Made of Aluminum Alloy Identical cw and ccw rotational characteristics Compact design
High torque capacity, torsional stiffness and excellent response Stainless steel
High vibration absorption. High torque and excellent response time
High-gain flexible coupling. Single-piece construction with the two aluminum hubs molded with vibration-absorbing rubber. Standard type (XGT2), long type (XGL2) and short type (XGS2). Coupling for servomotors and stepping motors.
High-gain flexible coupling. Singlepiece construction with the two aluminum hubs molded with vibration-absorbing rubber. Long type. Coupling for servomotors and stepping motors. Bore diameter from Ø3 to Ø19 mm. ​Excellent...
High-gain flexible coupling. Singlepiece construction with the two aluminum hubs molded with vibration-absorbing rubber. Short type. Coupling for servomotors and stepping motors. Bore diameter from Ø3 to Ø20 mm. ​Excellent...
Jaw type flexible coupling. Compact and short model. MJS-CS, MJS-CSK: tight fit for a transmission with zero backlash at low torque. MJS-CS-E, MJS-CSK-E: easy fit for assembling and separation of...
Jaw type flexible coupling. MJC, MJC-CS, MJC-K, MJC-CSK: tight fit for transmission with zero backlash at low torque. MJC-E, MJC-CS-E, MJC-K-E, MJC-CSK-E: easy fit to assemble and partition the hub...
Metal hubs & polymer element High misalignments allowed Electrical shaft insulation
Metal spring coupling with single-piece construction. Coupling for servomotors and stepping motors. Bore diameter from Ø5 to Ø16 mm. Extremely high torsional stiffness and low moment of inertia.
Modular coupling. High parallel and angular misalignment allowed. Minimized load on derived from misalignment on shafts. Electrical insulation. Operational temp. -20°C +80°C. Compact design
Modular coupling High parallel and angular misalignment allowed Minimized load on derived from misalignment on shafts Electrical insulation Operational temp. -20°C +80°C
Oldham type flexible coupling. High torque and high torsional stiffness. Coupling for general-purpose motors. Bore diameter from Ø3 to Ø42 mm. Key type. Long-term maintenance free. ​The grease accumulated in...
Oldham-type flexible coupling. The simple structure allows the unit to be easily assembled. Coupling for general-purpose motors. Bore diameter from Ø1 to Ø38 mm. Key type. Electrical insulation, high allowable...
Resin spring coupling with single-piece construction. Stainless steel, slit type. Coupling for FPD manufacturing device, semiconductor manufacturing device. Bore diameter from Ø6 to Ø15 mm. Coupling for cleanroom, vacuum and...
Simply structured modular coupling Easy attachment on shafts by setscrews Resistance to oil and electrical insulation Excellent flexibility
Stainless steel spring coupling with single-piece construction. XSTS: high flexibility type XWSS: short type Couplings for FPD manufacturing device, semiconductor manufacturing device, offshore instruments. ​Bore diameter from Ø5 to Ø30...