NBK Japan MBB-40C 16mm to 19mm Bellows-type Flexible Coupling, Zero-Backlash Bellows Flexible Shaft Coupling for Servo and Stepper Motors
Regular price
$226.99
Sale price$347.00you save $120.01
NBK Japan MBB-40C Bellows-Type Flexible Coupling, 16 mm to 19 mm Bore, Zero-Backlash, High Torque for Servo & Stepper Motors (Single Unit)
✔️ Bellows-type zero-backlash coupling with bores 16 mm-19 mm (0.63 in-0.75 in), length 51 mm (2.01 in), OD 40 mm (1.57 in); high torsional rigidity for servo and stepper drives.
✅ Length: 51 mm (2.01 in)
✅ Outer diameter: 40 mm (1.57 in)
✅ Zero-backlash with high torsional rigidity for precise torque transfer
✅ For servo and stepper motors; simple, handy installation; Made in Japan; 1 unit
💡 What is a bellows-type flexible coupling used for in motor systems? It links shafts while absorbing misalignment and keeping backlash low. - zero-backlash torque transmission for precise motion - accommodates angular and parallel misalignment in tight spaces - handy for servo and stepper drive setups in automation These features help ensure smooth, accurate motion and longer life in automated equipment.
✔️ Bellows-type zero-backlash coupling with bores 16 mm-19 mm (0.63 in-0.75 in), length 51 mm (2.01 in), OD 40 mm (1.57 in); high torsional rigidity for servo and stepper drives.
NBK MBB-40C is a bellows-type flexible shaft coupling designed for servo and stepper motor systems. It handles eccentricity and angular misalignment while maintaining zero backlash and high torsional rigidity for precise torque transfer. Pack: 1 unit.
✅ Bore options: 16 mm and 19 mm (0.63 in and 0.75 in)✅ Length: 51 mm (2.01 in)
✅ Outer diameter: 40 mm (1.57 in)
✅ Zero-backlash with high torsional rigidity for precise torque transfer
✅ For servo and stepper motors; simple, handy installation; Made in Japan; 1 unit
💡 What is a bellows-type flexible coupling used for in motor systems? It links shafts while absorbing misalignment and keeping backlash low. - zero-backlash torque transmission for precise motion - accommodates angular and parallel misalignment in tight spaces - handy for servo and stepper drive setups in automation These features help ensure smooth, accurate motion and longer life in automated equipment.