JK Linear Motion

These couplings consist of a stainless steel metal bellow joined together to Al or Steel hubs provide a complete backlash free transmission between 2 shafts, with various other advantages. Designed to transmit a torque with in divergent models, including plain bore/keyway, side and top clamping, internal and external conical hubs. Apart from this large standard range.

• Speed: Max. 15 000 Min-1
• Contact Surface Have To Be Oil- And Grease-free
• Shaft Tolerance Should Be Within The Fitting Tolerance G6 Or H7
• Keyway Acc. Din 6885 Optional
• Special Design In Stainless Steel Optional
• Easy Mounting
• Torsionally Rigid
• Backlash-free
• Maintenance-free
• Wear-resistant
• Corrosion-resistant
• Compensation Of Shaft Offset
• Low Moment Of Inertia
• Low-cost Version

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.

• 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.

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

• 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

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

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.

• 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.

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

• 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

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

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

Our company is engaged in offering Flexible Coupling. In addition, experts also inspect this product on worldwide industry standards to make certain the quality. 

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.

• 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.

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

• 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

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

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

1. Bushings are made of aluminium alloy, and bellows are made of stainless steel which has great corrosion resistance.

2. Zero rotation clearance, suitable for both the forward and the reversal rotation.

3. Specially apply for servo metor and stepping motor.

4. Clamp type.

Application

Machine tool, Automation device, Industrial robot, Gear grinding machine, Engraving machine, Packaging machinery, Textile machinery, Printing machinery, etc.

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.

• 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.

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

• 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

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

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.

• 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.

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

• 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

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

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.

• 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.

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

• 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

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

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.

• 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.

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

• 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

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

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.

• 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.

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

• 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

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

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.

• 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.

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

• 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

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

With the help of experts, we have become one of the well-known firms of KBK Coupling. Our products are enormously praised by customers due to their longer life and easy to use. 

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.

• 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.

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

• 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

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

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


PILOT BORE  OD 16 LENGTH 27

PILOT BORE  OD 20 LENGTH 32

PILOT BORE  OD 22.5 LENGTH 34

PILOT BORE  OD 25 LENGTH 37

PILOT BORE  OD 32 LENGTH 42

PILOT BORE  OD 40 LENGTH 55

PILOT BORE  OD 55 LENGTH 72

PILOT BORE  OD 65 LENGTH 81

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.

• 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.

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

• 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

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

Application

Machine tool, Automation device, Industrial robot, Gear grinding machine, Engraving machine, Packaging machinery, Textile machinery, Printing machinery, etc.

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.

• 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.

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

• 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

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