NBK Japan MJC-14CS-EBL 1/8" inch to 5mm Jaw-type Flexible Coupling
Regular price
$120.00
Sale price$250.00you save $130.00
NBK Japan MJC-14CS-EBL 1/8 in to 5 mm Jaw-Type Flexible Coupling - Stainless Steel, Zero-Backlash, Made in Japan
✔️ Precision stainless jaw-type coupling for servo drives and CNCs; bore 1/8 in (3.175 mm) to 5 mm, length 22 mm, outer diameter 14 mm, insulated, low-backlash
✅ Length: 22 mm (0.866 in); Outer diameter: 14 mm (0.551 in)
✅ Material: stainless steel; Tight-fit, zero-backlash at low torque
✅ Electrical insulation; Made in Japan
💡 What is a jaw type flexible coupling used for in precision motion control? These couplings are handy for absorbing misalignment and vibration while transmitting torque cleanly. - Absorbs angular misalignment and end-play to keep shafts steady under load - Low-backlash torque transfer helps precise positioning in servo and CNC systems - Electrical insulation protects electronics in drive trains This design is handy for precise motion control in automation and robotics, delivering reliable performance.
✔️ Precision stainless jaw-type coupling for servo drives and CNCs; bore 1/8 in (3.175 mm) to 5 mm, length 22 mm, outer diameter 14 mm, insulated, low-backlash
NBK Japan MJC-14CS-EBL is a jaw-type flexible coupling used to connect shafts in precision drives, servo units, and CNC machines, offering zero-backlash and insulation. Pack size: 1 piece.
✅ Bore 1 diameter: 1/8 in (3.175 mm); Bore 2 diameter: 5 mm✅ Length: 22 mm (0.866 in); Outer diameter: 14 mm (0.551 in)
✅ Material: stainless steel; Tight-fit, zero-backlash at low torque
✅ Electrical insulation; Made in Japan
💡 What is a jaw type flexible coupling used for in precision motion control? These couplings are handy for absorbing misalignment and vibration while transmitting torque cleanly. - Absorbs angular misalignment and end-play to keep shafts steady under load - Low-backlash torque transfer helps precise positioning in servo and CNC systems - Electrical insulation protects electronics in drive trains This design is handy for precise motion control in automation and robotics, delivering reliable performance.