PixONE Overview

What is PixONE?

The Bota Systems PixONE is a novel through-hole force-torque sensor designed primarily for robotic applications. Its standout feature is the innovative hollow shaft design, which allows for the integration between a robot's arm and its end-of-arm tooling (EOT). This integration facilitates internal cable routing, which is increasingly preferred by robotic arm manufacturers to prevent cable tangles and movement restrictions, thus enhancing both robot agility and operational safety.

In terms of physical design, the PixONE is distinguished by its minimalistic two-piece structure, which significantly reduces the sensor's weight—making it 30% lighter than other sensors in the market. This reduction in weight is crucial for dynamic robotic systems where additional mass can limit speed and efficiency. Additionally, this streamlined design simplifies the assembly process, further reducing the complexity and potential downtime in industrial settings.

From a technical and operational standpoint, the PixONE is versatile and robust, equipped with an integrated Inertial Measurement Unit (IMU) and a high durability rating of IP67, making it waterproof and suitable for diverse environments. The sensor is available in multiple models, with external diameters starting at just 60mm and through-hole diameters at 15mm. Moreover, it supports high-speed data communication via EtherCAT technology and features Power over Ethernet (PoE) for simplified electrical installations, making it a highly adaptable solution for a broad range of robotic applications, from industrial manufacturing to sensitive medical procedures.

What applications is PixONE product best for?

  1. Industrial Automation: The PixONE sensor enhances precision in industrial robots, allowing seamless integration for tasks like assembly and material handling. Its lightweight design and internal cable management improve robotic agility and safety, crucial for high-speed automation processes.
  2. Medical Robotics: In medical settings, PixONE's compact and hygienic design, supported by its IP67 rating, facilitates the development of robotic systems for surgeries and diagnostics. The internal routing prevents contamination risks, ensuring safety and reliability in sterile environments.
  3. Research and Development: Utilized in R&D labs, PixONE's precision sensing and integrated IMU enable detailed force and torque measurements necessary for developing advanced robotics. Its adaptability and high data throughput are ideal for experimental setups, pushing the boundaries of robotic innovation.

What are the specifications of PixONE?

Payload 250 kg

PixONE Images

Cutting-Edge Force Torque Sensors Reviews

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  • Overall

    4.7/5 (5)

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Irene Yang

University of Edinburgh

Aug 10, 2023

  • Overall

    5/5

  • Recommendation

    5/5

Period
  • 2022
Testimonial
I work as a postdoctoral research fellow in orthopaedic engineering. I have built a custom rig that I was then looking for a multi-axial load cell that was affordable and that was easy to use. A fellow researcher in robotics recommended that I get in touch with BOTA Systems, a robotics company that also focuses on force sensing applications. I was immediately contacted by a BOTA representative, who promptly briefed me on a great range of load cells. They also met with me multiple times to help integrate the BOTA Medusa multi-axial load cell with my rig and existing code, custom design all required accessories. I was incredibly impressed with the "ease of use" of the highly integrated product, accessories, software and customer support, the incredible value for money and would highly recommend BOTA Systems force sensors and the team.

Verified user

Mar 2, 2023

  • Overall

    4.8/5

  • Meet Requirements

    4/5

  • Easy to Use

    5/5

  • Quality of Documentation

    4/5

  • Quality of Support

    5/5

  • Maintenance & Uptime

    5/5

  • Safety

    5/5

  • Compatibility

    5/5

  • Value for Money

    5/5

  • Recommendation

    5/5

  • Compatibility with Cobot/Robot

    5/5

Period
  • 2021
Title
I used this sensor in a custom-built testbed for measuring wheel-soil interaction forces.
Pro
The sensor was easy to mount and use, and support from the team was excellent when I had software issues. It was easy to use the sensor with ROS, and the data quality was very good.
Con
The sensor takes 30-45 minutes to warm up to a steady temperature, and force measurements drift with temp, so you have to turn on the machine well in advance of data collection. The cable that came with our sensor was also fragile and needed to have strain relief added.

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