Axis Motion Sensor - List of Manufacturers, Suppliers, Companies and Products

Axis Motion Sensor Product List

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Measure acceleration, angular velocity, and geomagnetism in three axes with one device! 9-axis motion sensor.

Measure acceleration, angular velocity, and geomagnetism in three axes with one device! 9-axis motion sensor.

Downloadable detailed catalogs for each product available! Wireless monitoring/data logging of acceleration, angular velocity, and geomagnetism all in one device! Low cost with minimal implementation risk!

【Industry-leading low prices】 Entry model starting from 50,000 yen! 【All-in-one design】 　■ Equipped with a high-performance DSP for advanced calculations 　　Real-time computation of measurement data and wireless transmission 　■ Logger function 　　Data logging essential for research purposes in built-in memory 　■ Wireless control/real-time monitoring 　　Change sensor settings and monitor measurement data in real-time wirelessly 【Uses a unique wireless method specialized for sports!】 Focusing on simultaneous control of multiple units and synchronization performance, with a wireless communication range of up to 50 meters in line of sight, making it suitable for various sports measurement environments. *Detailed product catalogs can be downloaded from the PDF link below!

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[Use Case] Identifying the Cause of Poor Machining Accuracy with Vibration Sensors [Quality and Cause Investigation]

[Use Case] Identifying the Cause of Poor Machining Accuracy with Vibration Sensors [Quality and Cause Investigation]

Introducing a case where we prevented the occurrence of poor accuracy and reduced the number of quality defects!

We would like to introduce a case where the 6-axis motion sensor from "ParaRecolectar" was used to identify the cause of precision defects in automotive parts manufacturing. In the machining process of aluminum parts, precision defects were a challenge. It was anticipated that defects occurred on specific machines, indicating potential issues with the equipment. As a result of the implementation, we were able to detect malfunctions in areas that could not be identified through regular inspections, ensuring precision equivalent to other machines and achieving zero precision defects caused by the same issue. [Case Summary (Partial)] ■ Challenges - Precision defects occurred in the machining process of aluminum parts. - The cause had not been identified. ■ Implementation Method - Installed 6-axis motion sensors under the same conditions on three machines. *For more details, please download the PDF or feel free to contact us.

  • Measurement and Inspection

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Case Study of Remote Monitoring: IoT Equipment Monitoring System

Case Study of Remote Monitoring: IoT Equipment Monitoring System

Reducing the workload of maintenance inspections and patrol operations! Introducing cases where analysis and comprehensive condition understanding, which are difficult with human monitoring, have become possible.

We would like to introduce a case study of Company K, which operates a wastewater treatment plant, where an "IoT Equipment Monitoring System" was implemented. The wastewater treatment plant needs to operate 24 hours a day, 365 days a year, and it cannot be stopped because the decomposition is carried out by microorganisms. After the introduction of the IoT Equipment Monitoring System, it became possible to check the operational status of the pumps remotely, allowing for an understanding of the operating rate and changes in status over time. Additionally, since the status can be checked without going to the site, the workload for maintenance inspections and patrol operations has been reduced. 【Case Overview】 ■ Issues - The wastewater treatment plant needs to operate 24 hours a day, 365 days a year. - Equipment cannot be stopped because decomposition is carried out by microorganisms. ■ Solutions - It became possible to perform analyses and comprehensive status assessments that were difficult with human monitoring. - The operational status of the pumps can be checked remotely, allowing for an understanding of the operating rate and changes in status over time. *For more details, please refer to the PDF document or feel free to contact us.

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A single unit measures acceleration, angular velocity, and geomagnetism on three axes each! 9-axis motion sensor.

A single unit measures acceleration, angular velocity, and geomagnetism on three axes each! 9-axis motion sensor.

[Downloadable detailed catalogs for each product] Wireless monitoring/data logging of acceleration, angular velocity, and geomagnetism in one device! Low cost with minimal implementation risk!

【Industry-leading low prices】 Entry model available from 50,000 yen! 【All-in-one design】 　■ Equipped with a high-performance DSP for advanced calculations 　　Real-time calculation of measurement data and wireless transmission 　■ Logger function 　　Data logging essential for research purposes in built-in memory 　■ Wireless control/real-time monitoring 　　Change sensor settings and monitor measurement data in real-time wirelessly 【Uses a unique wireless method specialized for sports!】 Emphasizing simultaneous control of multiple units and synchronization performance, with a wireless communication range of up to 50 meters in line of sight, making it applicable to various sports measurement scenarios. *Detailed product catalogs can be downloaded from the PDF link below!

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DSP Wireless 9-Axis Motion Sensor High-End Model Waterproof Type

DSP Wireless 9-Axis Motion Sensor High-End Model Waterproof Type

Completely waterproof, capable of swimming measurement/underwater measurement. Wireless communication, sensors (acceleration, angular velocity, geomagnetism), logger, and advanced computing functions are compactly integrated.

Introducing a completely waterproof DPS wireless 9-axis motion sensor that can measure swimming and underwater! Equipped with advanced computing capabilities, it not only transmits the measured sensor data but also performs real-time calculations (by default, it calculates quaternions [= attitude estimation]) and enables wireless transmission. The computation algorithms are interchangeable!! A groundbreaking sensor platform that allows the results of research and development to be used in the field has arrived. From the body to tools, it measures motion in a non-restrictive and reliable manner, and the use of computational functions enables immediate feedback. The DSP wireless 9-axis motion sensor integrates wireless communication capabilities, inertial sensors (acceleration, angular velocity, geomagnetism), a logger, and advanced computing functions into a compact design, rethinking wireless measurement loggers from the ground up.

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