N100  六维力传感器采用铝合金或不锈钢材质，具备高强度抗腐蚀特性，专为工业精密力控与科研数据采集场景设计。该传感器可同步测量三维力（Fx/Fy/Fz） 及三维力矩（Mx/My/ Mz），通过优化的应变式测量技术实现高精度动态响应。模块化结构设计支持多场景安装适配，可灵活接入各类控制系统。在汽车制造、机器人末端力控、材料力学测试等领域，N100都可为用户提供稳定可靠的六维力数据支持。

The N100 six-axis force sensor is made of aluminum alloy or stainless steel, featuring high strength and corrosion resistance. It is specifically designed for industrial precision force control and scientific research data acquisition scenarios. This sensor can simultaneously measure three-dimensional forces (Fx/Fy/Fz) and three-dimensional torques (Mx/My/ Mz), achieving high-precision dynamic response through an optimized strain gauge measurement technology. Its modular structure design supports multi-scenario installation and adaptation, and can be flexibly integrated into various control systems. In fields such as automotive manufacturing, robot end-effector force control, and material mechanics testing, the N100 can provide users with stable and reliable six-axis force data support.

如有技术更改，恕不另行通知。

  产品特点 Product Features

精准测力：采用高精度应变式测量技术，对微小力与力矩变化感知敏锐，数据精准可靠，助力科研探索与工业精密力控应用。

Precision Force Measurement: Utilizing high-precision strain gauge measurement technology, it is highly sensitive to minute force and torque changes, ensuring accurate and reliable data to support scientific exploration and industrial precision force control applications.

多维抗扰：创新结构设计实现多维度耦合干扰抑制卓越，各向测量精准独立，为复杂力系分析提供可靠支撑。

Multi-dimensional Disturbance Resistance: Innovative Structural Design enables excellent suppression of multi-dimensional coupled disturbances, ensures precise and independent directional measurements, providing reliable support for complex force system analysis.

精算稳传：确保信号传输稳定高效，便于与控制系统无缝集成，提升测量效率与系统兼容性。

Precision Calculation & Stable Transmission: Ensures stable and efficient signal transmission, facilitating seamless integration with control systems and improving measurement efficiency and system compatibility.

领域深耕：适用于工业自动化、机器人、航空航天、科研实验、生物力学等领域，为多场景力测量需求提供专业解决方案。

Deep Domain Expertise: Tailored for industrial automation, robotics, aerospace, scientific research, and biomechanics, providing professional solutions for multi-scenario force measurement requirements.