Are you prepping for an , or establishing a new plating line ?
The CQI-11 Plating System Assessment is designed as a self-assessment of the plating system regarding galvanic plating and must be carried out at least once per year. This annual requirement ensures that process controls remain effective and that any drift or degradation is identified and corrected promptly. The assessment can be performed by internal quality personnel trained in the CQI-11 methodology, or it can be conducted by second-party (customer) auditors or third-party specialists.
is more than a form; it is a framework for excellence in surface finishing. By rigorously applying the Plating System Assessment, suppliers can reduce scrap, avoid costly recalls related to corrosion or adhesion failure, and satisfy the strict demands of the automotive industry. Whether in digital PDF format or hard copy, the CQI-11 document is an essential tool in the Quality Engineer’s arsenal.
Understanding how CQI-11 relates to other CQI standards provides valuable context for implementation. CQI-9 deals directly with heat treatment systems, a critical process for achieving proper metal hardness and strength characteristics. CQI-12 addresses coating systems assessment, applying to painting, powder coating, and other surface finishing methods. CQI-29 covers brazing processes. aiag cqi-11 pdf
Major global automotive OEMs require their plating sub-tier suppliers to comply with CQI-11.
AIAG CQI-11 is a comprehensive evaluation tool designed to assess an organization's plating processes. It provides a common approach to a plating quality management system for automotive production and service parts organizations.
This section evaluates whether leadership is actively supporting the quality management system. Key points include: Are you prepping for an , or establishing a new plating line
The CQI-11 process is typically conducted in three stages:
I can provide specific checklists and guidance tailored to your exact manufacturing setup. Share public link
This section evaluates if the management supports the plating process, ensures employee training, and properly reviews the plating system. The assessment can be performed by internal quality
The primary objective of CQI-11 is to complement ISO 9001 and IATF 16949 quality management systems. While those frameworks cover general management, CQI-11 dives deep into the technical, operational, and control limits specific to plating chemistry, equipment, and testing. Core Components of the CQI-11 Assessment
Use the CQI-11 PDF checklist to audit your facility internally and note any missing controls.
: All process control and testing records must be retained for at least one calendar year following the year of creation. Key Sections of CQI-11
The Automotive Industry Action Group (AIAG) publishes Special Process Assessments to ensure high-quality manufacturing standards across the automotive supply chain. Among these, the standard focuses specifically on Plating System Assessments. It provides a common approach to a quality management system for plating facilities, aiming for continual improvement, defect prevention, and the reduction of variation and waste in the supply chain.
Are you prepping for an , or establishing a new plating line ?
The CQI-11 Plating System Assessment is designed as a self-assessment of the plating system regarding galvanic plating and must be carried out at least once per year. This annual requirement ensures that process controls remain effective and that any drift or degradation is identified and corrected promptly. The assessment can be performed by internal quality personnel trained in the CQI-11 methodology, or it can be conducted by second-party (customer) auditors or third-party specialists.
is more than a form; it is a framework for excellence in surface finishing. By rigorously applying the Plating System Assessment, suppliers can reduce scrap, avoid costly recalls related to corrosion or adhesion failure, and satisfy the strict demands of the automotive industry. Whether in digital PDF format or hard copy, the CQI-11 document is an essential tool in the Quality Engineer’s arsenal.
Understanding how CQI-11 relates to other CQI standards provides valuable context for implementation. CQI-9 deals directly with heat treatment systems, a critical process for achieving proper metal hardness and strength characteristics. CQI-12 addresses coating systems assessment, applying to painting, powder coating, and other surface finishing methods. CQI-29 covers brazing processes.
Major global automotive OEMs require their plating sub-tier suppliers to comply with CQI-11.
AIAG CQI-11 is a comprehensive evaluation tool designed to assess an organization's plating processes. It provides a common approach to a plating quality management system for automotive production and service parts organizations.
This section evaluates whether leadership is actively supporting the quality management system. Key points include:
The CQI-11 process is typically conducted in three stages:
I can provide specific checklists and guidance tailored to your exact manufacturing setup. Share public link
This section evaluates if the management supports the plating process, ensures employee training, and properly reviews the plating system.
The primary objective of CQI-11 is to complement ISO 9001 and IATF 16949 quality management systems. While those frameworks cover general management, CQI-11 dives deep into the technical, operational, and control limits specific to plating chemistry, equipment, and testing. Core Components of the CQI-11 Assessment
Use the CQI-11 PDF checklist to audit your facility internally and note any missing controls.
: All process control and testing records must be retained for at least one calendar year following the year of creation. Key Sections of CQI-11
The Automotive Industry Action Group (AIAG) publishes Special Process Assessments to ensure high-quality manufacturing standards across the automotive supply chain. Among these, the standard focuses specifically on Plating System Assessments. It provides a common approach to a quality management system for plating facilities, aiming for continual improvement, defect prevention, and the reduction of variation and waste in the supply chain.