JK Linear Motion

PLEAESE ASK ME PRICE we can't disclose the price on any platform.



GRC 105 X 130 FLEXIBLE BELLOW COUPLING STAINLESS STEEL MATERIAL 
PILOT BORE AVAILABLE 

ID 20/20

OD 105

LENGTH 130

TORQUE - 200Nm

APPLICATION -
SERVO DRIVES 
ROTARY ENCODERS 
LINEAR ACTUATOR
CNC MACHINES AND SPM
FACTORY AUTOMATION

A flexible bellow coupling (also called a bellows coupling) is a type of mechanical coupling used to connect two shafts while allowing for angular, axial, and parallel misalignment. It's commonly used in precision motion systems like CNC machines, servo motors, and encoders due to its zero backlash, high torsional rigidity, and flexibility.

 Key Features:

• Material: Usually stainless steel bellows; hubs may be aluminum or steel.
• Design: Thin-walled metal bellows that flex to absorb misalignment.
• Torque Transmission: High precision with no backlash.
• Misalignment Compensation:
  • Axial: ±0.2 to ±0.5 mm (typical)
  • Angular: up to 5°
  • Parallel: up to 0.3 mm
• Speeds: Suitable for high-speed applications.

 Advantages:

• Zero backlash (ideal for servo systems)
• High torsional stiffness
• Compensates for misalignments
• Low moment of inertia
• Maintenance-free

 Limitations:

• Not suitable for very high torque or shock loads
• Can be more expensive than other couplings
• Limited misalignment capacity compared to jaw or disc couplings

 Applications:

• CNC machinery
• Robotics
• Servo motors
• Encoders
• Linear actuators
• Measuring systems

 Common Sizes (Examples):

PLEASE ASK ME PRICE we can't disclose the price on any platform
GRC 22.5 X 34(PILOT BORE 5/5) FLEXIBLE BELLOW COUPLING JKL MAKE


OD 22.5X LENGTH 34
PILOT BORE - 5/5 
STAINLESS MATERIAL 

TORQUE - 1.5 Nm

APPLICATION -
SERVO DRIVES 
ROTARY ENCODERS 
LINEAR ACTUATOR
CNC MACHINES AND SPM
FACTORY AUTOMATION

A flexible bellow coupling (also called a bellows coupling) is a type of mechanical coupling used to connect two shafts while allowing for angular, axial, and parallel misalignment. It's commonly used in precision motion systems like CNC machines, servo motors, and encoders due to its zero backlash, high torsional rigidity, and flexibility.

 Key Features:

• Material: Usually stainless steel bellows; hubs may be aluminum or steel.
• Design: Thin-walled metal bellows that flex to absorb misalignment.
• Torque Transmission: High precision with no backlash.
• Misalignment Compensation:
  • Axial: ±0.2 to ±0.5 mm (typical)
  • Angular: up to 5°
  • Parallel: up to 0.3 mm
• Speeds: Suitable for high-speed applications.

 Advantages:

• Zero backlash (ideal for servo systems)
• High torsional stiffness
• Compensates for misalignments
• Low moment of inertia
• Maintenance-free

 Limitations:

• Not suitable for very high torque or shock loads
• Can be more expensive than other couplings
• Limited misalignment capacity compared to jaw or disc couplings

 Applications:

• CNC machinery
• Robotics
• Servo motors
• Encoders
• Linear actuators
• Measuring systems

 Common Sizes (Examples):

ASK ME PRICE we can't disclose the price on any platform


JKL METAL BELLOW COUPLING HUBS ALUMINIUM BELLOW STEEL
BELLOW COUPLING JKL MAKE OD 105 X 130 LENGTH

A flexible bellow coupling (also called a bellows coupling) is a type of mechanical coupling used to connect two shafts while allowing for angular, axial, and parallel misalignment. It's commonly used in precision motion systems like CNC machines, servo motors, and encoders due to its zero backlash, high torsional rigidity, and flexibility.

 Key Features:

• Material: Usually stainless steel bellows; hubs may be aluminum or steel.
• Design: Thin-walled metal bellows that flex to absorb misalignment.
• Torque Transmission: High precision with no backlash.
• Misalignment Compensation:
  • Axial: ±0.2 to ±0.5 mm (typical)
  • Angular: up to 5°
  • Parallel: up to 0.3 mm
• Speeds: Suitable for high-speed applications.

 Advantages:

• Zero backlash (ideal for servo systems)
• High torsional stiffness
• Compensates for misalignments
• Low moment of inertia
• Maintenance-free

 Limitations:

• Not suitable for very high torque or shock loads
• Can be more expensive than other couplings
• Limited misalignment capacity compared to jaw or disc couplings

 Applications:

• CNC machinery
• Robotics
• Servo motors
• Encoders
• Linear actuators
• Measuring systems

 Common Sizes (Examples):

ASK ME PRICE we can't disclose the price on any platform

A flexible bellow coupling (also called a bellows coupling) is a type of mechanical coupling used to connect two shafts while allowing for angular, axial, and parallel misalignment. It's commonly used in precision motion systems like CNC machines, servo motors, and encoders due to its zero backlash, high torsional rigidity, and flexibility.

 Key Features:

• Material: Usually stainless steel bellows; hubs may be aluminum or steel.
• Design: Thin-walled metal bellows that flex to absorb misalignment.
• Torque Transmission: High precision with no backlash.
• Misalignment Compensation:
  • Axial: ±0.2 to ±0.5 mm (typical)
  • Angular: up to 5°
  • Parallel: up to 0.3 mm
• Speeds: Suitable for high-speed applications.

 Advantages:

• Zero backlash (ideal for servo systems)
• High torsional stiffness
• Compensates for misalignments
• Low moment of inertia
• Maintenance-free

 Limitations:

• Not suitable for very high torque or shock loads
• Can be more expensive than other couplings
• Limited misalignment capacity compared to jaw or disc couplings

 Applications:

• CNC machinery
• Robotics
• Servo motors
• Encoders
• Linear actuators
• Measuring systems

 Common Sizes (Examples):

JKL FLEXIBLE BELLOW COUPLING OD 40 X LENGTH 55 X BORE 8 MM TO 20 MM HUBS ALUMINIUM BELLOWS STAINLESS STEEL TORQUE 10 Nm