What is AS6171 Accreditation For Suspect Counterfeit Aerospace Parts

Did you know that the aerospace industry loses an estimated $5 billion annually due to counterfeit parts? If you are curious about how to combat this issue and ensure the authenticity of aerospace parts, then AS6171 Accreditation for Suspect Counterfeit Aerospace Parts is the topic for you.

This accreditation, provided by ANAB, focuses on detecting suspect/counterfeit aerospace parts in laboratories. By achieving AS6171 Accreditation, laboratories can not only ensure compliance and reliability in detecting suspect/counterfeit parts but also support trust and confidence in the aerospace supply chain.

But how exactly does one achieve this accreditation? Stay tuned to discover the requirements, steps, and benefits of AS6171 Accreditation, as well as gain expert advice and access to additional resources for further exploration.

AS6171 Accreditation Overview

If you’re seeking accreditation for detecting suspect counterfeit aerospace parts, AS6171 provides an overview of the requirements and steps involved in the process.

Accreditation is based on the Test Methods Standard, which standardizes practices for detecting suspect counterfeit electrical, electronic, and electromechanical parts.

To achieve accreditation, laboratories must meet the requirements of ISO/IEC 17025, AS6171, and AS6171 slash sheets. The assessment in AS6171 determines the types of defects detected and allows labs to provide certificates of conformance.

The steps to AS6171 Accreditation include requesting a quote, filing an application, preparing for the accreditation assessment, and submitting documentation for review. There’s also an optional preliminary assessment that can be done before the accreditation assessment.

After the assessment, any necessary corrective actions are taken, and the ANAB Accreditation Decision is made. Once accredited, labs receive an accreditation certificate.

SR 2429 provides supplemental requirements for labs detecting suspect/counterfeit parts under AS6171, ensuring compliance with specific requirements and supporting consistent and reliable detection.

Requirements for AS6171 Accreditation

To achieve AS6171 Accreditation for detecting suspect counterfeit aerospace parts, you must ensure that your laboratory meets the specific requirements outlined in the Test Methods Standard. 

These requirements include compliance with ISO/IEC 17025, AS6171, and AS6171 slash sheets. ISO/IEC 17025 is a widely recognized international standard for testing and calibration laboratories, while AS6171 is the standard that standardizes practices for detecting suspect counterfeit electrical, electronic, and electromechanical (EEE) parts. 

The AS6171 slash sheets provide additional guidelines and requirements specific to different types of EEE parts.

Meeting these requirements is crucial for obtaining AS6171 Accreditation. It ensures that your laboratory follows standardized practices and has the necessary capabilities to detect suspect counterfeit aerospace parts

By adhering to these standards, you can provide certificates of conformance and contribute to the overall trust and confidence in the aerospace supply chain.

It is important to thoroughly review the Test Methods Standard, ISO/IEC 17025, AS6171, and the applicable AS6171 slash sheets to understand the specific requirements that your laboratory needs to meet. This includes having the appropriate equipment, qualified personnel, documented procedures, and quality management system in place. 

Steps to Achieving AS6171 Accreditation

To achieve AS6171 Accreditation for detecting suspect counterfeit aerospace parts, you must follow a series of steps outlined in the Test Methods Standard.

  1. The first step is to request a quote. This will provide you with the necessary information regarding the cost and timeline for the accreditation process.
  1. Once you have the quote, the next step is to file an application. This involves submitting the required documentation and any necessary fees.
  1. After your application is received, you must then prepare for the accreditation assessment. This includes ensuring that your laboratory meets the requirements of ISO/IEC 17025, AS6171, and AS6171 slash sheets.
  1. Once you have prepared for the assessment, you can submit your documentation for review. This will be followed by an optional preliminary assessment, which will help identify any areas that may need improvement.
  1. The next step is the accreditation assessment, where your laboratory will be evaluated to determine if it meets the necessary standards. If any corrective action is required, it must be taken before the ANAB Accreditation Decision is made.
  1. Once your laboratory has been accredited, you’ll receive an accreditation certificate.

Supplemental Accreditation Requirements (SR 2429)

SR 2429 outlines the supplemental accreditation requirements for laboratories performing detection of suspect/counterfeit parts under AS6171. These requirements provide additional guidelines to ensure compliance with the specific requirements of AS6171 and support consistent and reliable detection of suspect/counterfeit parts. 

The purpose of SR 2429 is to enhance the accreditation process by addressing the unique challenges and risks associated with identifying and preventing the use of suspect/counterfeit aerospace parts.

Under SR 2429, laboratories seeking accreditation must meet certain criteria. This includes having a documented quality management system that addresses the specific requirements of AS6171. 

The laboratory must also demonstrate its competence in performing the necessary tests and inspections for detecting suspect/counterfeit parts. Additionally, the laboratory must have appropriate equipment, facilities, and personnel to carry out the required procedures effectively.

Furthermore, SR 2429 requires laboratories to have a robust system for traceability and control of parts throughout the inspection and testing process. This includes maintaining records of the chain of custody, as well as ensuring the authenticity and integrity of the parts being tested.

Benefits of AS6171 Accreditation

By achieving AS6171 accreditation, laboratories gain several benefits that contribute to ensuring the detection and prevention of suspect/counterfeit aerospace parts.

One of the key benefits is increased credibility and trust. Accreditation demonstrates that a laboratory has met the stringent requirements set forth by AS6171 and ANAB. This gives customers confidence in the laboratory’s ability to accurately detect and identify suspect/counterfeit parts, reducing the risk of purchasing and using counterfeit components.

Another benefit is improved quality and reliability. AS6171 accreditation requires laboratories to adhere to standardized practices and test methods, ensuring consistent and reliable results. This helps to minimize errors and false positives, increasing the accuracy of part identification.

Additionally, AS6171 accreditation provides access to a network of accredited laboratories and industry experts. This allows for collaboration and knowledge sharing, further enhancing the laboratory’s capabilities in detecting suspect/counterfeit parts.

Moreover, accreditation can lead to increased business opportunities. Many organizations, especially in the aerospace industry, require suppliers to have AS6171 accredited laboratories for part testing and verification. By achieving accreditation, laboratories can expand their customer base and attract new business opportunities.

Training Opportunities for Accreditation Support

If you’re looking for training opportunities to support your accreditation journey, there are various public or customized private in-person and online training classes available. 

These training opportunities are designed to enhance your knowledge and skills, ensuring that you have the necessary expertise to meet the requirements of AS6171.

Here are four reasons why you should consider taking advantage of these training options:

1. Stay up-to-date

With ever-evolving industry standards and practices, it’s crucial to stay current with the latest information. Training classes provide you with the most recent updates and insights, keeping you ahead of the curve.

2. Gain practical skills

Accreditation requires not only theoretical knowledge but also practical skills. Training courses offer hands-on experience and practical exercises, allowing you to apply what you’ve learned in real-world scenarios.

3. Network with peers

Training classes provide an excellent opportunity to connect with other professionals in the field. By interacting with peers, you can exchange ideas, share experiences, and learn from each other’s successes and challenges.

4. Boost confidence

Going through the accreditation process can be daunting, but acquiring the necessary training can boost your confidence. By gaining the knowledge and skills needed, you’ll feel more prepared and self-assured on your accreditation journey.

Taking advantage of training opportunities can significantly support your accreditation journey, equipping you with the tools and expertise to succeed. So don’t hesitate to explore the available courses and invest in your professional development.


In conclusion, achieving AS6171 Accreditation for Suspect Counterfeit Aerospace Parts is crucial for laboratories in the aerospace industry. It ensures compliance, reliability, and trust in detecting suspect/counterfeit parts.

By following the outlined requirements and seeking expert advice, laboratories can successfully obtain this accreditation. Training opportunities and additional resources are available for further support.

With the right knowledge and skills, any laboratory can contribute to a safe and secure aerospace supply chain.