Product failures such as fracture, corrosion, fatigue, and deformation during use can not only affect performance but also pose serious safety risks. Failure analysis uses scientific methods to identify the root cause and mechanism of failure, helping clients to:

• Quickly locate the source of the problem

• Evaluate product design and manufacturing quality

• Develop improvement measures to reduce future risks

• Enhance product reliability and market competitiveness

Our Service Model

We offer tiered failure analysis services to meet different client needs:

• Basic Analysis
  For typical failure cases: rapid identification of failure type and root cause, with concise conclusions.

• Advanced Analysis
  For suspected causes: customized experimental validation and analysis, with targeted improvement suggestions.

• In-Depth Analysis
  For complex or critical issues: systematic investigation into failure mechanisms, leading to process optimization and long-term solutions.

Core Capabilities

• Non-Destructive Testing
  X-ray/CT scanning to detect internal cracks, voids, and defects.

• Microscopic Analysis
  OM and SEM for examining microstructure, crack morphology, and fracture features.

• Material Composition Analysis
  EDS, FTIR, and XPS to identify material composition, corrosion products, and contaminants.

• Mechanical Testing
  Hardness, tensile, impact, and fatigue tests to evaluate material strength and service life.

• Cross-Section & FIB Analysis
  Sample sectioning and FIB for revealing internal defects and failure modes.

• Welding & Connection Reliability
  Detection of solder defects, cracks, and interface issues to assess welding quality.

• Corrosion & Environmental Testing
  Simulation of environmental conditions to identify corrosion and degradation mechanisms.