IATF 16949 Core Tools

Core automotive IATF 16949 standard tools

The core IATF tools are efficient means for securing high process and product qualities within the supply chain. It’s important to use them correctly but also to understand and master the correlations among individual tools. We (the team of PeRoBa Qualitätsmanagement (Quality Management) GmbH in Munich) help you to implement suitable IATF tools for process control, risk avoidance and problem solutions in general within your company. Furthermore, we also offer you QM tools we have developed ourselves and which you can also utilize in terms of your own responsibility as needed.

APQP – Advanced Product Quality Planning

APQP is a tool (or rather a process) which is supposed to identify error risks as early as possible through its structured and systematic approach. It’s best to use it already during the product creation process. The measures taken are supposed to avoid defects and to prevent faulty components from being processed or forwarded any further during the production cycle. Thus, APQP is supposed to make sure that the quality of products is already determined during their development process and not just later during manufacturing.

Among other things, feasibility studies, failure mode and effects analyses (FMEA), the determination of key factors and the definition of QM plans belong to APQP techniques.

FMEA – Failure Mode and Effects Analysis

The failure mode and effects analysis (also referred to as impact analysis) is a reliability engineering tool. Possible product faults are evaluated with key figures with respect to their probability, the likeliness of their detection and their impact and their significance for the customer. Accordingly, the FMEA is used in order to assess the reliability of products already beforehand and thus, to improve them. This technique is especially utilized when defects could lead to expensive consequences, e.g., in machine engineering or specifically in the automotive department.

In-depth structural analyses, functional analyses, risk assessments and of course, the optimizations resulting from these approaches are part of the usual FMEA techniques.

We have long-term experience with respect to FMEA facilitation, as regards both products and processes. We are also happy to offer in-house seminars on in-depth skills and knowledge in order to cope with the approach and the correct implementation within the company organization. Please note that the FMEA is currently being revised and a new version is likely to be adopted at the beginning of next year. You can download the present rough draft here as a draft version.

MSA – Measurement System Analysis

The measurement system analysis, the MSA (the measurement tools capability) describes the capabilities of measurement tools or testing equipment, as regards specific measurement tasks. Measurements are assessed based on their precision (correctness, accuracy), their repeatability, their traceability, their stability and their linearity. It’s also necessary to take into account the fact that in practice, measurement results might not just be dependent on measurement devices but also on the staff that do the measuring.

PPAP – Production Part Approval Process
The production part approval process, the PPAP is a core IATF tool for sampling serial parts. The sampling process is supposed to help to make sure that the manufactured parts fulfill the expectations of the respective customers. Suppliers have to provide the respective parts and documents therefore. Individual stages and procedures are very different depending on diverse types of products and industries and therefore, they are defined as needed. But furthermore, general requirements which need to be met were also defined by the PPAP 19.

  • Design records
  • Documentation of technical changes
  • Technical release
  • Construction FMEA (failure mode and effects analysis)
  • Process flow diagrams
  • Process FMEA (failure mode and effects analysis)
  • Control plan
  • Measurement systems analysis
  • Measurement results
  • Material and performance tests
  • First-sample test report
  • Tests on the short-term capabilities of processes
  • Documentation by a qualified laboratory
  • Clearance reports on the appearance of the products
  • Prototypical serial parts
  • Reference samples
  • Specific testing equipment
  • Customer-specific demands
  • Confirmation of the submittal of components

SPC – Statistical Process Control

The Statistical Process Control, the SPC is a tool for optimizing product or service processes with the aid of statistical procedures. Suitable measured values are defined and later regularly measured according to schedule over the course of manufacturing. Thus, the SPC also serves to make sure of a degree of quality defined beforehand during manufacturing processes and to insure a reasonable balance between inspection efforts and costs. The SPC leads solely indirectly to an increase of quality but it can point out very well when further increases regarding inspection efforts wouldn’t be efficient anymore.

Training and workshops on core IATF tools

The PeRoBa in Munich has long-term experience with respect to the utilization of core IATF tools and the corresponding training. We are pleased to provide you with advice on possible workshops and further training for you and your employees in order to help you to use the IATF tools optimally in your company.

1st and 2nd party auditor IATF 16949:2016
Lieferantenentwickler – TÜV

IATF 16949 Core Tools – How may we help you?

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