N40 三维力传感器，集前沿科技与精妙工艺于一身，堪称三维力测量领域的典范之作。主体采用航空铝材质，可应对各种复杂严苛的使用环境。无论是工业自动化生产线、协作机械人等应用中对机械力的精准把控，还是科研实验里对微观力的精细探究，N40 都能大显身手。它能够从三个维度（Fx、 Fy、Fz）进行力的高精度测量，所获取的数据精准可靠，稳定高效。

The N40 three axis sensor integrating cutting-edge technology and exquisite craftsmanship, is a paragon in the field of three axis measurement. Its main body is made of aviation aluminum, capable of withstanding various complex and harsh usage environments. Whether it is the precise control of mechanical force in industrial automation production lines, collaborative robots and other applications, or the meticulous exploration of micro-forces in scientific research experiments, the N40 can perform outstandingly. It can measure force with high precision from three dimensions (Fx, Fy, Fz), and the data it acquires is accurate, reliable, stable and efficient.

卓越抗扰，精准独立

Excellent Anti-interference, Precise and Independent

先进的设计结构，有效降低不同维度力之间的耦合干扰，确保在测量 Fx、Fy、Fz 三向力时，各维度数据独立、清晰、精准、可靠。

The advanced design structure effectively reduces the coupling interference between forces in different dimensions, ensuring that the data of each dimension is independent, clear, precise and reliable when measuring the three forces of Fx, Fy and Fz.

超高精度，全面测量

Ultra-high Precision, Comprehensive Measurement

具备令人惊叹的高精度测量能力，无论是微小力还是较大力值，都能精确捕捉并测量。同时对 Fx、Fy、Fz 三个维度方向的力进行测量，一次性提供全面的力信息数据。

It has an astonishingly high-precision measurement capability, capable of accurately capturing and measuring both tiny and relatively large force values. It simultaneously measures the forces in the three dimensions of Fx, Fy and Fz, providing comprehensive force information data in one go.

稳定如一，无惧挑战

Stable as One, Fearless of Challenges

精心设计的测量结构及电路，使其拥有超强的稳定性。面对各种严苛的测量环境，都能始终如一地保持测量结果的一致性与准确性。

The carefully designed measurement structure and circuit endow it with super stability. It can consistently maintain the consistency and accuracy of measurement results in various harsh measurement environments.

多元应用，领域适配

Diverse Applications, Domain Adaptability

凭借其出色的性能与可靠的品质，广泛适用于众多领域。在工业领域，可应用于机器人研发与制造，助力机器人精确感知操作力，提升作业精度与灵活性；在汽车制造中，用于零部件测试与装配力监测，确保产品质量与安全性。在科研领域，为材料力学研究、生物力学实验等提供精准力测量数据支撑，助力科研人员深入探索未知，推动学科发展与技术创新。 Renowned for its exceptional performance and reliable quality, it is widely applied across

numerous fields. In industrial sectors, it powers robot R&D and manufacturing, enabling robots to precisely sense operational forces and enhance operational precision and flexibility. In automotive manufacturing, it monitors component testing and assembly force to ensure product quality and safety. In scientific research, it provides precise force measurement data for material mechanics research, biomechanical experiments, and more—supporting researchers in exploring the unknown and driving disciplinary development and technological innovation.