NBK
NBK Japan MJC-14-RD 1/8" inch to 6mm Jaw-type Flexible Coupling
Regular price
$120.00
Sale price$250.00you save $130.00
NBK Japan MJC-14-RD 1/8 in to 6 mm Jaw-Type Flexible Coupling for Precision Servo & Stepper Drives - Stainless Steel, Made in Japan, Zero-Backlash
✔️ Bore1 1/8 in, Bore2 6 mm, Length 22 mm, OD 14 mm; stainless jaw-type flexible coupling with zero-backlash at low torque, bellows absorb eccentricity and angular misalignment
✅ Bore1: 1/8 in
✅ Bore2: 6 mm
✅ Length: 22 mm
✅ Outer diameter: 14 mm
✅ Material: stainless steel
✅ Features: zero-backlash at low torque
✅ Flexibility: accommodates eccentricity and angular misalignment
✅ Electrical insulation
✅ Made in Japan
✅ Insert spider color varies (ex-stock)
✅ Wrench: M3, Torque: 0.7 N·m
💡 What is a jaw-type flexible coupling used for in precision drive systems? In short, it links motors to driven shafts while tolerating slight misalignment and vibration. - Absorbs eccentricity and angular misalignment - Maintains low backlash at low torque - Handy for servo, stepper, and CNC drive applications - Provides electrical insulation in sensitive electronics This design helps improve accuracy, reduce wear, and extend service life in automated systems
✔️ Bore1 1/8 in, Bore2 6 mm, Length 22 mm, OD 14 mm; stainless jaw-type flexible coupling with zero-backlash at low torque, bellows absorb eccentricity and angular misalignment
NBK MJC-14-RD is a jaw-type flexible coupling designed to connect motors to driven shafts in precision automation. It is typically used in servo and stepper systems, CNC drives, robotics, and other tight-tolerance applications.
✅ Type: jaw-type flexible coupling✅ Bore1: 1/8 in
✅ Bore2: 6 mm
✅ Length: 22 mm
✅ Outer diameter: 14 mm
✅ Material: stainless steel
✅ Features: zero-backlash at low torque
✅ Flexibility: accommodates eccentricity and angular misalignment
✅ Electrical insulation
✅ Made in Japan
✅ Insert spider color varies (ex-stock)
✅ Wrench: M3, Torque: 0.7 N·m
💡 What is a jaw-type flexible coupling used for in precision drive systems? In short, it links motors to driven shafts while tolerating slight misalignment and vibration. - Absorbs eccentricity and angular misalignment - Maintains low backlash at low torque - Handy for servo, stepper, and CNC drive applications - Provides electrical insulation in sensitive electronics This design helps improve accuracy, reduce wear, and extend service life in automated systems