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Certification for Automated Material Handling Systems

Certification for Automated Material Handling Systems

In todays fast-paced manufacturing industry, automated material handling systems (AMHS) have become a crucial component of efficient production processes. These systems automate the movement and storage of goods within factories, warehouses, and distribution centers, optimizing productivity and reducing labor costs. However, ensuring that these systems function safely, reliably, and efficiently requires specialized knowledge and expertise.

The Importance of Certification

Certification is essential for AMHS to guarantee that they meet industry standards and regulations. Certified systems are designed and installed by trained professionals who have demonstrated their understanding of system design, installation, operation, and maintenance. This ensures that the system meets specific performance criteria, including throughput, accuracy, and reliability.

Several certification bodies offer recognition programs for AMHS, including the International Association of Automation and Robotics in Construction (IAARC), the American Society of Mechanical Engineers (ASME), and the International Organization for Standardization (ISO). These organizations provide guidelines and standards that help ensure consistency in system design, installation, and operation.

Benefits of Certification

The benefits of certifying AMHS include:

  • Improved product quality: Certified systems reduce errors and inconsistencies in material handling, resulting in higher-quality products.

  • Enhanced safety: Trained professionals install and maintain the system, ensuring a safe working environment for employees.

  • Increased efficiency: Optimized system performance improves throughput, reducing production costs and lead times.

  • Reduced downtime: Regular maintenance and troubleshooting minimize equipment failure rates, keeping the plant running smoothly.

  • Regulatory compliance: Certification demonstrates adherence to industry standards and regulations.


  • System Design and Installation

    A certified AMHS requires careful planning and design. The following factors must be considered:

  • Throughput: Determine the required capacity based on production volume and product type.

  • Space constraints: Measure available space for system installation, including clearance requirements for equipment and personnel.

  • Product characteristics: Understand the weight, size, and handling requirements of products to ensure proper system design.

  • Operational flexibility: Consider multiple operating scenarios, such as high-speed production runs or slow-speed maintenance tasks.

  • Safety features: Incorporate emergency stops, guarding, and other safety measures to prevent accidents.


  • Certification Process

    To certify an AMHS, follow these steps:

    1. Define project scope: Determine the systems functional requirements, including performance criteria and regulatory compliance.
    2. Select certification body: Choose a recognized certification body, such as IAARC or ASME.
    3. Design and plan system: Create detailed design specifications, including schematics, diagrams, and installation procedures.
    4. Install and test system: Ensure that the installed system meets performance criteria and safety standards.
    5. Prepare for audit: Prepare documentation, including certification applications, system manuals, and maintenance records.

    Detailed Certifications

    Here are two examples of detailed certifications in bullet points:

  • ISO 22000:2018 Food Safety Management System Certification

  • Implement a systematic approach to managing food safety risks
    Identify potential hazards and implement controls
    Maintain records of food safety management activities
    Conduct regular audits to ensure compliance

    IAARC Robotic Cell Certification
    Ensure that robotic cells meet specific performance criteria, including throughput, accuracy, and reliability
    Implement safety features, such as emergency stops and guarding
    Provide detailed documentation, including system manuals and maintenance records
    Participate in annual certification audits to maintain recognition

    QA Section

    1. What is the primary benefit of certifying an AMHS?
    The primary benefit of certifying an AMHS is improved product quality due to reduced errors and inconsistencies in material handling.

    2. How often should an AMHS be certified?
    Certification should occur annually, with periodic audits to ensure ongoing compliance with industry standards and regulations.

    3. What certifications are recognized for AMHS?
    Recognized certifications include IAARC Robotic Cell Certification, ASME Boiler and Pressure Vessel Code, and ISO 22000:2018 Food Safety Management System Certification.

    4. Can an AMHS be certified if it was installed before certification programs existed?
    Yes, retroactive certification is possible through the submission of documentation demonstrating compliance with current industry standards and regulations.

    5. What are some common safety features in certified AMHS?
    Common safety features include emergency stops, guarding, and regular maintenance schedules to prevent equipment failure and minimize downtime.

    6. Can an AMHS be certified if it was designed by a non-certified professional?
    No, the system designer or installer must hold recognized certification to ensure compliance with industry standards and regulations.

    7. How does certification benefit plant personnel?
    Certification ensures that trained professionals design, install, and maintain the system, reducing risks associated with material handling equipment.

    8. Can an AMHS be certified for multiple products or production processes?
    Yes, a single certified system can serve multiple production lines or product types if designed to meet specific performance criteria.

    9. What is the cost of certification?
    Certification costs vary depending on the type and scope of certification, but generally include fees for initial certification, annual audits, and documentation preparation.

    10. How does certification enhance regulatory compliance?
    Certification demonstrates adherence to industry standards and regulations, reducing the risk of non-compliance and associated fines or penalties.

    11. Can a certified system be modified without re-certification?
    No, any modifications must meet new performance criteria and safety standards before re-certification can occur.

    12. How does certification affect warranty and maintenance obligations?
    Certified systems typically require regular maintenance to maintain warranty coverage and ensure ongoing compliance with industry standards.

    13. Can an AMHS be certified if it uses multiple automation technologies (e.g., robotics, conveyor systems)?
    Yes, a system combining multiple automation technologies can be certified provided it meets specific performance criteria for each component.

    14. What documentation is required for certification?
    Required documentation includes design specifications, installation procedures, maintenance records, and testing results to demonstrate compliance with industry standards and regulations.

    15. Can an AMHS be certified if it uses a proprietary system or software?
    Yes, a proprietary system or software can be certified provided that the system meets specific performance criteria and adheres to recognized industry standards and regulations.

    16. How does certification benefit supply chain partners and customers?
    Certification ensures that products are handled safely and efficiently during transportation and storage, reducing the risk of damage or loss.

    17. Can an AMHS be certified for multiple industries (e.g., manufacturing, logistics)?
    Yes, a single certified system can serve multiple industries if designed to meet specific performance criteria and safety standards for each industry.

    18. What is the process for appealing certification decisions?
    Appeals must be submitted in writing to the certification body, providing detailed explanations of any disagreements with certification decisions.

    19. Can an AMHS be certified if it uses legacy equipment or technology?
    Yes, a system using legacy equipment or technology can be certified provided that it meets specific performance criteria and adheres to recognized industry standards and regulations.

    20. How does certification enhance brand reputation and customer trust?
    Certification demonstrates commitment to quality, safety, and efficiency, enhancing brand reputation and customer trust in the certified AMHS.

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