NBK Japan MJC-14CS-EWH 1/8" inch to 1/4" Jaw-type Flexible Coupling
Regular price
$120.00
Sale price$250.00you save $130.00
NBK Japan MJC-14CS-EWH 1/8 to 1/4 Inch Jaw-Type Flexible Coupling - Stainless Steel, Made in Japan, Single Pack
✔️ Bore 1/8" to 1/4" (3.175-6.35 mm); length 22 mm; OD 14 mm; stainless steel; electrical insulation; zero-backlash at low torque; Made in Japan.
✅ Bore 1/8" (3.175 mm) to bore 1/4" (6.35 mm); Length 22 mm; Outer diameter 14 mm
✅ Material: stainless steel; Electrical insulation; Made in Japan
✅ Tight-fit design delivers zero backlash at low torque; smooth assembly
✅ Pack size: 1 unit
💡 What is a jaw-type flexible coupling used for in precision drive systems? Jaw-type couplings connect motors to driven components while accommodating small misalignments and reducing vibration to improve motion control. - Transmits torque with minimal backlash - Absorbs angular and end-play misalignment - Handy for robotics, CNC, and automation projects This handy design helps maintain accurate motion and smooth operation in compact drive setups.
✔️ Bore 1/8" to 1/4" (3.175-6.35 mm); length 22 mm; OD 14 mm; stainless steel; electrical insulation; zero-backlash at low torque; Made in Japan.
NBK Japan MJC-14CS-EWH is a jaw-type flexible coupling designed for servo and stepper motor drives, typically used in CNC machines, robotics, and precision automation to smooth motion and minimize wear. This single-pack unit is ideal for compact drive systems requiring precise torque transmission while tolerating slight eccentricity and angular misalignment.
✅ Jaw-type flexible coupling with bellows to absorb eccentricity and angular misalignment✅ Bore 1/8" (3.175 mm) to bore 1/4" (6.35 mm); Length 22 mm; Outer diameter 14 mm
✅ Material: stainless steel; Electrical insulation; Made in Japan
✅ Tight-fit design delivers zero backlash at low torque; smooth assembly
✅ Pack size: 1 unit
💡 What is a jaw-type flexible coupling used for in precision drive systems? Jaw-type couplings connect motors to driven components while accommodating small misalignments and reducing vibration to improve motion control. - Transmits torque with minimal backlash - Absorbs angular and end-play misalignment - Handy for robotics, CNC, and automation projects This handy design helps maintain accurate motion and smooth operation in compact drive setups.