JJG logo

Quality analysis
at JJG

Quality analysis processes

At JJG Machining Group, quality is our utmost priority, and we employ rigorous processes to ensure that every component meets
the highest standards of excellence. Our quality analysis processes are designed to meticulously assess and validate the integrity, precision, and performance of our products.
Incoming material inspection

Incoming Material Inspection

Rigorous inspection of raw materials from approved distributors and mills to ensure adherence to quality standards and specifications.

First Article Inspection

First Article Inspection

Comprehensive inspection of initial production samples using IPI software to verify conformity with customer requirements.

Inprocess-Inspection

In-process Inspection

Continuous monitoring and inspection of machining, deburring, and stage processes to maintain quality standards throughout production.

Special-Process-inspection

Special Process Inspection

Thorough inspection of special processes such as electroplating, anodization, and passivation to verify compliance with specified parameters.

Final-Inspection

Final Inspection

Comprehensive examination of finished aerospace components to confirm dimensional accuracy, surface finish, and adherence to customer specifications.

Non-destructive Inspection

Utilization of FPI and MPI techniques to detect surface and subsurface defects, ensuring the integrity and reliability of aerospace components.

Quality performance metrics

Quality Performance Metrics

Regular tracking and analysis of key quality performance indicators to identify areas for improvement and ensure consistent product quality.

Quality-control-documentation

Quality Control Documentation

Maintenance of detailed documentation throughout the quality analysis process, including inspection reports, certifications, and traceability records.

Multigauging System

Multigauging System

Multigauging systems are extensively used to ensure the quality and consistency of products. They can measure multiple dimensions simultaneously or sequentially to verify that parts or assemblies meet specified tolerances.