BS ISO 9787:2013

Overview

BS ISO 9787:2013 provides a comprehensive framework for the specification of coordinate systems and motion nomenclatures applicable to robots and robotic devices. This standard is crucial for ensuring consistency and clarity in the design, programming, and operation of robotic systems across various manufacturing environments. By establishing a common language, BS ISO 9787:2013 facilitates interoperability and enhances the efficiency of robotic applications.

Key Requirements

The standard outlines essential requirements for defining coordinate systems and motion nomenclatures. Key aspects include:

• Coordinate Systems: The standard specifies the types of coordinate systems to be used, including Cartesian, cylindrical, and spherical coordinates.
• Motion Nomenclature: It details the terminology and definitions related to the movement of robotic devices, ensuring that all stakeholders have a clear understanding of motion dynamics.
• Standardised Framework: The standard provides guidelines on how to document and communicate robotic motion and positioning, promoting uniformity across different applications.

Implementation Benefits

Adopting BS ISO 9787:2013 offers several practical benefits for organisations involved in manufacturing engineering:

• Enhanced Communication: By using a standardised set of terms and definitions, teams can communicate more effectively, reducing misunderstandings and errors in robotic programming.
• Improved Interoperability: Compliance with this standard allows for better integration of robotic systems from different manufacturers, facilitating collaboration and system upgrades.
• Streamlined Training: Training programmes can be standardised, making it easier to onboard new employees and ensure they are familiar with the terminology and concepts.

Compliance Value

Compliance with BS ISO 9787:2013 not only meets regulatory requirements but also enhances the credibility of an organisation within the manufacturing sector. Key compliance values include:

• Quality Assurance: Adhering to this standard ensures that robotic systems are designed and operated with a high level of precision and reliability.
• Risk Mitigation: By following the guidelines set forth in the standard, organisations can reduce the risks associated with robotic operations, including safety hazards and operational inefficiencies.
• Market Competitiveness: Compliance can serve as a differentiator in the marketplace, demonstrating a commitment to quality and innovation in robotic technologies.

In conclusion, BS ISO 9787:2013 is a vital standard for the manufacturing engineering sector, providing a clear framework for coordinate systems and motion nomenclatures. By implementing this standard, organisations can enhance communication, improve interoperability, and ensure compliance, ultimately leading to more efficient and reliable robotic operations.