Reliable 6 Axis Force Torque Sensor for Automation

In today’s advanced industrial and robotic applications, multi-axis sensors are essential for accurate control and safety. XJCSENSOR, a leading manufacturer and supplier, provides high-precision 6 axis force torque sensors designed to capture force and torque across all six axes, supporting demanding applications in automation, robotics, and quality control.

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INTRODUCTION TO 6 AXIS FORCE TORQUE SENSORS

6 axis force torque sensors are specialized devices that measure force and torque along six axes—X, Y, Z, and three rotational axes. This capability is critical for applications requiring complete multi-dimensional feedback. XJCSENSOR’s 6 axis sensors deliver precise measurements, helping industries optimize control and safety in complex systems like robotics, machining, and automated testing.

Product Line Overview

Delve into our extensive list of 6 Axis Force Sensors, each one embodying XJCSENSOR’s commitment to quality and performance. Whether your requirement is for compact size, high capacity, or anything in between, our product lineup has a sensor to meet your needs.

6 Axis Force Sensors

Model :X-6A-D30-C

Technical Parameter：

Model :X-6A-D40-H18-A

Technical Parameter：

Model :X-6A-D50-H19

Technical Parameter：

6-Axis Force Torque Sensors

Model :X-6A-D100-H31

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤0.05%F.S.
Zero balance: ±2%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5-10VDC

Safe load limit: 200%F.S.
Temp effect on output: ≤0.2%F.S./10°C
Temp effect on zero: ≤0.2%F.S./10°C
Long-term crosstalk error: ≤2%F.S.
Protection class: IP66
Cable size: φ4.5*3m + Lemo14 PIN plug (Option)

Model :X-6A-D106-H42

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤0.05%F.S.
Zero balance: ±5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5-10VDC

Safe load limit: 200%F.S.
Temp effect on output: ≤0.1%F.S./10°C
Temp effect on zero: ≤0.1%F.S./10°C
Long-term crosstalk error: ≤3-5%F.S.
Protection class: IP65
Cable size: Lemo14 PIN plug

Model :X-6A-D118-H31

Technical Parameter：

Non-linearity: ≤±0.5%F.S.
Repeatability: ≤±0.05%F.S.
Zero balance: 5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5-10VDC

Safe load limit: 300%F.S.
Temp effect on output: ≤0.1%F.S./10°C
Temp effect on zero: ≤0.1%F.S./10°C
Long-term crosstalk error: ≤2%F.S.
Protection class: IP67
Cable size: φ4.5*3m + Lemo14 PIN plug (Option)

Model :X-6A-D118-H31-B

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤0.05%F.S.
Zero balance: ±5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5-10VDC

Safe load limit: 300%F.S.
Temp effect on output: ≤0.1%F.S./10°C
Temp effect on zero: ≤0.1%F.S./10°C
Long-term crosstalk error: ≤2%F.S.
Protection class: IP67
Cable size: Lemo14 PIN plug

Model :X-6A-D30-B-H19

Technical Parameter：

Non-linearity: ≤±0.5%F.S.
Repeatability: ≤±0.05%F.S.
Zero balance: ±5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~80°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5VDC

Safe load limit: 200%F.S.
Temp effect on output: ≤0.2%F.S./10°C
Temp effect on zero: ≤0.2%F.S./10°C
Long-term crosstalk error: ≤3-5%F.S.
Protection class: IP65
Cable size: φ2.4*3m + Lemo14 PIN plug (Option)

Model :X-6A-D55-H24

Technical Parameter：

Non-linearity: ≤±0.5%F.S.
Repeatability: ≤±0.05%F.S.
Zero balance: ±5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5VDC

Safe load limit: 300%F.S.
Temp effect on output: ≤0.2%F.S./10°C
Temp effect on zero: ≤0.2%F.S./10°C
Long-term crosstalk error: ≤3-5%F.S.
Protection class: IP65
Cable size: φ2.4*3m + Lemo14 PIN plug (Option)

Model :X-6A-D62-H27-A

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤±0.05%F.S.
Zero balance: ±5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5VDC

Safe load limit: 300%F.S.
Temp effect on output: ≤0.2%F.S./10°C
Temp effect on zero: ≤0.2%F.S./10°C
Long-term crosstalk error: ≤3%F.S.
Protection class: IP66
Cable size: φ4.5*3m + Lemo14 PIN plug (Option)

Model :X-6A-D65-H24

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤0.05%F.S.
Zero balance: ±2%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5-10VDC

Safe load limit: 200%F.S.
Temp effect on output: ≤0.2%F.S./10°C
Temp effect on zero: ≤0.2%F.S./10°C
Long-term crosstalk error: ≤3%F.S.
Protection class: IP65
Cable size: φ2.4*3m + Lemo14 PIN plug (Option)

Model :X-6A-D75-H19-A

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤±0.05%F.S.
Zero balance: ±5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5-10VDC

Safe load limit: 300%F.S.
Temp effect on output: ≤0.1%F.S./10°C
Temp effect on zero: ≤0.1%F.S./10°C
Long-term crosstalk error: ≤3%F.S.
Protection class: IP66
Cable size: φ4.5*3m + Lemo14 PIN plug (Option)

Model :X-6A-D82-H29.5-A

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤0.05%F.S.
Zero balance: ±2%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5-10VDC

Safe load limit: 150%F.S.
Temp effect on output: ≤0.1%F.S./10°C
Temp effect on zero: ≤0.1%F.S./10°C
Long-term crosstalk error: ≤3%F.S.
Protection class: IP65
Cable size: φ2.4*3m + Lemo14 PIN plug (Option)

Model :X-6A-D90-H32.5-A

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤0.1%F.S.
Zero balance: 2%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5-10VDC

Safe load limit: 300%F.S.
Temp effect on output: ≤0.1%F.S./10°C
Temp effect on zero: ≤0.1%F.S./10°C
Long-term crosstalk error: ≤2%F.S.
Protection class: IP66
Cable size: Lemo14 PIN plug

Model :X-6AM-D26-H19

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤0.1%F.S.
Zero balance: ±5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5VDC

Safe load limit: 200%F.S.
Temp effect on output: ≤0.5%F.S./10°C
Temp effect on zero: ≤0.2%F.S./10°C
Long-term crosstalk error: ≤3%F.S.
Protection class: IP64
Cable size: φ2.4*3m + Lemo 14 PIN plug (Option)

Model :X-FA-D40-H18-A

Technical Parameter：

Non-linearity: ≤0.5%F.S.
Repeatability: ≤±0.05%F.S.
Zero balance: ±5%F.S.
Operating temp range: -20~80°C
Compensated temp range: -10~40°C
Insulation: ≥2000MΩ/50VDC
Recommended excitation voltage: 5VDC

Safe load limit: 200%F.S.
Temp effect on output: ≤0.2%F.S./10°C
Temp effect on zero: ≤0.2%F.S./10°C
Long-term crosstalk error: ≤3%F.S.
Protection class: IP65
Cable size: φ2.4*3m + Lemo14 PIN plug (Option)

BENEFITS OF MULTI-AXIS FORCE TORQUE SENSORS

BENEFITS of multi-axis force torque sensors include the ability to measure forces and torques across multiple directions in a single device, making them ideal for tasks that require intricate feedback. XJCSENSOR’s sensors provide reliable data that enhances control, safety, and efficiency in high-stakes industrial applications.

Key Benefits:

High-precision force and torque data for advanced control
Real-time feedback to optimize automated processes
Improved safety in collaborative robotic environments

APPLICATIONS IN ROBOTICS FOR 6 AXIS SENSORS

ROBOTICS applications benefit significantly from 6 axis force torque sensors, which enable precise control over movement, force, and interaction with objects. XJCSENSOR’s sensors support robotic arms, grippers, and collaborative robots, offering data critical to operations requiring delicate manipulation and positioning.

Robotic Applications:

Gripping and manipulation of delicate components
Assembly line automation with precise force feedback
Enhanced interaction and safety in collaborative robots (cobots)

ENHANCING AUTOMATION WITH 6 AXIS FORCE TORQUE SENSORS

AUTOMATION systems require accurate and reliable sensors to monitor and adjust processes in real time. XJCSENSOR’s 6 axis force torque sensors provide essential data to ensure that automated systems operate smoothly and accurately, reducing production errors and ensuring optimal process control.

Automation Benefits:

Real-time adjustments based on multi-axis feedback
Consistency and precision in high-speed automation
Reduced waste and operational downtime

TYPES OF 6 AXIS FORCE TORQUE SENSORS FOR VARIOUS INDUSTRIES

TYPES of 6 axis force torque sensors vary according to industry needs, with XJCSENSOR offering a range of models suitable for different applications.

Compact 6 Axis Sensors – Ideal for systems with limited space or intricate components.
High-Load Capacity Sensors – Engineered for applications involving heavy forces and loads.
Precision Sensors for Robotics – Calibrated for applications that require high sensitivity and accuracy.

CUSTOMIZED SOLUTIONS FOR SPECIALIZED APPLICATIONS

CUSTOMIZATION is often necessary to meet the specific needs of various industries. XJCSENSOR offers customizable 6 axis force torque sensors tailored to unique requirements, such as precise force ranges, specific environmental tolerances, or compact designs for limited-space setups.

IMPORTANCE OF ACCURATE SENSORS IN TESTING AND QUALITY CONTROL

ACCURACY is critical in testing environments where reliable data is essential for product quality and research. XJCSENSOR’s 6 axis force torque sensors provide highly accurate force and torque measurements, ideal for testing and quality control applications in industries like automotive, aerospace, and electronics.

Advantages for Testing:

Reliable data for quality assurance and consistency
Enhanced precision in product development and testing
Support for R&D and process optimization

IMPROVING QUALITY CONTROL WITH MULTI-AXIS FORCE TORQUE SENSORS

QUALITY control relies on accurate data to maintain production standards. XJCSENSOR’s 6 axis force torque sensors enable real-time monitoring and feedback, allowing manufacturers to identify issues early and ensure every product meets high standards.

THE ROLE OF 6 AXIS SENSORS IN INDUSTRIAL AUTOMATION

INDUSTRIAL automation benefits significantly from 6 axis force torque sensors, as they allow for comprehensive data collection across all axes. This multi-axis capability ensures high accuracy and consistency, making XJCSENSOR’s sensors ideal for critical tasks in manufacturing and automated assembly lines.

Industrial Automation Benefits:

Reduced production costs through accurate automation
Improved safety in automated and robotic systems
Enhanced consistency in production quality

WHY CHOOSE XJCSENSOR FOR YOUR 6 AXIS FORCE TORQUE SENSORS

TRUST in XJCSENSOR’s expertise and reputation for quality has made us a preferred provider of 6 axis force torque sensors. Our sensors are designed to meet the highest industry standards, offering precision, reliability, and durability. Whether in robotics, automation, or quality control, XJCSENSOR’s sensors deliver reliable performance that meets the demands of modern industrial applications.

Conclusion

6 axis force torque sensors play an essential role in today’s industrial, robotic, and automation applications, providing the data needed for precision control and safety. XJCSENSOR’s sensors are built for high accuracy, robustness, and durability, supporting industries in achieving optimal efficiency, safety, and quality control.

With a range of customizable options, XJCSENSOR offers 6 axis force torque sensors that enhance performance across various applications. Trust XJCSENSOR for your multi-axis sensor needs, where precision and quality are key.

Ready to take your business to the next level?

Reliable 6 Axis Force Torque Sensor for Automation

INTRODUCTION TO 6 AXIS FORCE TORQUE SENSORS

Product Line Overview

6 Axis Force Sensors

Model :X-6A-D30-C

Technical Parameter：

Model :X-6A-D40-H18-A

Technical Parameter：

Model :X-6A-D50-H19

Technical Parameter：

6-Axis Force Torque Sensors

Model :X-6A-D100-H31

Technical Parameter：

Model :X-6A-D106-H42

Technical Parameter：

Model :X-6A-D118-H31

Technical Parameter：

Model :X-6A-D118-H31-B

Technical Parameter：

Model :X-6A-D30-B-H19

Technical Parameter：

Model :X-6A-D55-H24

Technical Parameter：

Model :X-6A-D62-H27-A

Technical Parameter：

Model :X-6A-D65-H24

Technical Parameter：

Model :X-6A-D75-H19-A

Technical Parameter：

Model :X-6A-D82-H29.5-A

Technical Parameter：

Model :X-6A-D90-H32.5-A

Technical Parameter：

Model :X-6AM-D26-H19

Technical Parameter：

Model :X-FA-D40-H18-A

Technical Parameter：

BENEFITS OF MULTI-AXIS FORCE TORQUE SENSORS

Key Benefits:

APPLICATIONS IN ROBOTICS FOR 6 AXIS SENSORS

Robotic Applications:

ENHANCING AUTOMATION WITH 6 AXIS FORCE TORQUE SENSORS

Automation Benefits:

TYPES OF 6 AXIS FORCE TORQUE SENSORS FOR VARIOUS INDUSTRIES

CUSTOMIZED SOLUTIONS FOR SPECIALIZED APPLICATIONS

IMPORTANCE OF ACCURATE SENSORS IN TESTING AND QUALITY CONTROL

Advantages for Testing:

IMPROVING QUALITY CONTROL WITH MULTI-AXIS FORCE TORQUE SENSORS

THE ROLE OF 6 AXIS SENSORS IN INDUSTRIAL AUTOMATION

Industrial Automation Benefits:

WHY CHOOSE XJCSENSOR FOR YOUR 6 AXIS FORCE TORQUE SENSORS

Conclusion

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