Quality Core Tools

The Control Plan is a written document that describe the methods & processes needed  for controlling the manufacturing of products (starting from raw material procurement to finished product shipment). The Control Plan Quality gives the operator or inspector the knowledge necessary for proper process control and the production of high-quality components or products. Control Plan […]

The Quality Core Tools are also known as Automotive Core Tools & IATF Core Tools. These tools are widely applied by automotive and other manufacturing industries for providing high quality products & to meet the customer’s expectations. The Automotive Core Tools are five quality methodology or techniques  that support the expectations/requirements of the IATF 16949

An Failure mode and Effect Analysis (FMEA) is a systemized set of activities that are designed to: Recognize and assess a product’s or process’s possible failure and its consequences. Determine what activities could be taken to minimize or eliminate the risk of a potential failure. In simple words, it is a structured way to identify

PPAP (Production Part Approval Process) is a quality core tool that consists of 18 documents used by the automotive industries for establishing confidence in product suppliers and their manufacturing processes. The production part approval process manual is developed by the Automotive Industry Action Group (AIAG) and it is an important part of the APQP planning process.

MSA-Measurement System Analysis primarily deals with investigating/study the effect of the Measurement System on the measured value. The measurement system analysis primarily focused on finding the effect of Equipment Variation and Appraiser/Personnel variation. It is a statistical tool that used to assess whether the measurement system is capable or not. We test the system to

APQP – Advanced Product Quality Planning is a structured approach that is used to design and develop the product and process to meet customer needs and expectations. Advanced Product Quality Planning tool is extensively used by automotive industries to assure quality and performance through effective planning. APQP is one of the important tools among the

SPC– Statistical Process Control is used to measure, record, analyze and control the Process Variability for quality improvement. This technique is used to measure Process Capability and controlling quality during the production process. SPC utilizes statistical thinking to control the process and to achieve continuous process improvement. SPC technique is widely applied in the Automotive, Engineering, and