BWSENSING Brings High-Precision Inertial Perception Solutions to Explore the New Future of Robot Sensing

The FAIR plus 2026 Robot Full Industry Chain Summit has entered its final countdown and is coming to a successful close at the Shenzhen Convention and Exhibition Center (Futian).

BWSENSING showcases its full range of self-developed MEMS & Fiber Optic inertial sensing product matrix, focusing on the core perception needs of humanoid/quadruped/industrial/service robots. With high dynamic performance, high reliability, and compact form factors, our perception solutions enable in-depth exchanges with industry partners on-site to explore new opportunities for industrial cooperation.

At this exhibition, addressing core pain points in the robotics industry such as high dynamic motion, multi-joint coordination, compact space integration, and anti-interference in complex environments, we are showcasing a lineup of flagship models. These cover a full-scenario gradient from micro SMD, high-precision AHRS, industrial redundancy, to high-range inertial measurement, adaptable to the entire workflow from R&D validation to mass production.

01 On-Site Live Demonstration

At the exhibition, BWSENSING, together with its high-quality robot industry partner HARIBIT, carried out a joint demonstration of real-time attitude perception based on their self-developed dual-arm lifting composite robot. On-site, BWSENSING's self-developed high-precision sensors were mounted on key positions of the robotic arm to accurately collect attitude data throughout the entire process of dual-arm movement and pitch adjustment. With high dynamic response and stable output, they built a core perception foundation for collaborative operation, precise motion control, and safe and stable operation of Ligong Huahui's composite robot, fully demonstrating the collaborative technical advantages of both parties in the field of robot perception and motion control.

02 Core On-Site Exhibits | Addressing Robot Application Pain Points

IMU610 Inertial Measurement Unit

• ●Zero-bias stability: <1°/h

• ●±20g high range

• ●Wide temperature range: -40~85°C

• ●IP65 high reliability

• Ideal for industrial robot base attitude detection. It suppresses vibration through high-frequency data feedback, enabling precise trajectory tracking and collision emergency stop protection.

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DMC620 Attitude and Heading Reference System (AHRS)

• ●Heading accuracy: ≤0.05°/turn

• ●1000Hz high-frequency output

• ●Automotive-grade certified

• Designed for the torso/waist of humanoid intelligent robots, it captures walking attitude changes in real time, providing millisecond-level stable data support for anti-fall and balance control.

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DMC630 Attitude Sensor

• ●Heading accuracy: ≤0.1°/turn

• ●Strong magnetic field adaptability

• ●Compact and easy to integrate

• Suitable for installation on the head of humanoid robots. It integrates with vision sensors to quickly align user orientation, compensate for motion blur, and improve navigation and interaction accuracy.

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DMC640 Micro SMD Inertial Module

• ●Dimensions: only 10×10×2.4mm

• ●SMD package

• Designed for robot wrists/end joints, it integrates six-axis force sensor data to achieve fine adjustment of gripping force, suitable for high-demand scenarios such as handling fragile items.

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IMU100S Industrial-Grade Inertial Unit

• ●Shock resistance: ≥2000g

• ●Volume: 22.4mm

• ●Compact size with high range

• For special mobile robots in harsh working conditions, it maintains stable output under shock and vibration environments to ensure the safe operation of equipment.

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VG55R Redundant Dynamic Tilt Sensor

• ●Static accuracy: 0.1°

• ●Triple redundant architecture

• ●IP67 high protection

• Suitable for attitude monitoring of construction machinery and service robot chassis. Redundant design improves environmental adaptability, ensuring stable operation on complex terrain.

03 Scenario-Based Perception Solutions Empower All Types of Robots

Leveraging self-developed inertial algorithms and multi-sensor fusion technology, BWSENSING provides customized solutions for different types of robots:

Humanoid / Quadruped Robots

Torso anti-fall and anti-collision, head attitude and vision fusion, wrist gripping force feedback, and joint compact space installation adaptation, enabling full-process precise control and safety protection.

Service Robots

Chassis attitude monitoring and slip compensation, robotic arm trajectory tracking and gripping control, ensuring stable operation and user interaction experience in complex ground environments.

Industrial Robots

Base vibration suppression, end-effector trajectory tracking, and collision emergency stop protection, improving equipment operation accuracy and safety, meeting high reliability requirements in industrial automation scenarios.

In the future, BWSENSING will continue to iterate and innovate, with more complete products and solutions, and work with global partners to promote the high-quality development of the robot industry.