Quality Testing Lab for Reliability & Performance
ASC Global offers a wide range of comprehensive, independent component authentication and quality testing services. Our quality testing lab is complemented by several third-party testing centers to provide our clients with unbiased, transparent, and top-tier quality testing options.
Reliable Testing & Analysis
ASC Global introduces innovative proprietary technologies, software, hardware, and analytical testing methodologies. By facilitating testing services through third parties, we can ensure flexibility, enabling more affordable price structures and significantly reduced testing times for our clients. In contrast, competitors still rely on outdated and time-consuming testing methods, which are considerably more expensive.
Quality control process for every order
Certifications
AS 9120:2016
Guidelines of Quality Management for Distributors working in the Aerospace Industry
ISO 9001:2015
Standard for Quality Management
AS 6081:2012
Guidelines to prevent counterfeit goods across all levels of supply chain in the aerospace industry.
ANAB/ANSI | ISO/IEC 17021-1
Accredited by the Management Systems Certification Body
Additional Certifications
Radiographic Testing | Ultrasonic Testing | Penetrant Testing
Additional certifications of our third-party testing labs.
MIL-STD-750
MIL-STD-883
OSHA VPP
NAS 410 Level 3
AS 9100
IDEA-ICE-3000
Testing Options
Our test and analysis capabilities were crafted by seasoned engineers with decades of semiconductor industry experience. We offer cost-effective, best-in-class electrical test services and adhere to AS6081 standards for counterfeit detection. In cooperation with third-party testing labs, we can cover all your testing needs in adherence to industry standards and certifications.
Failure Analysis
- Scanning Electron Microscopy (SEM)
- Energy Dispersive X-ray Spectrometry (EDX)
- Scanning Acoustic Microscopy (SAM)
- Cross-section (Microsection)
- Parallel Lap
- Hot Spot Test
- Electrical Test
Electrical Testing
- Thermal Cycle
- Thermal Shock
- Burn-in
- Drop Test
- Vibration Test
- Environmental Exposure (Temperature And Humidity)
- Salt Spray Test
- Electrical Overstress Testing
- Mechanical Stress Testing
Counterfeit Avoidance Testing
- Documentation and Packaging Inspection
- External Visual Inspection
- X-ray Fluorescence (XRF)
- X-ray Analysis
- Heated Solvent Test
- Decapsulation and Die Analysis
- Electrical Test
Capabilities Overview
ASC’s third-party laboratories, accompanied by our own component test and analysis team, specialize in the evaluation and examination of electronic and mechanical components. The team’s expertise extends to a diverse range of components, including hybrids, connectors, cables, harnesses, passive or discrete components, and digital or linear devices. With extensive experience in developing specialized software, our partner testing labs can accurately characterize:
Component Evaluation
Pinpointing the root cause of component board-level destruction and failure is complex due to various factors. ASC Global, in cooperation with third-party testing labs, has developed a process to confirm defects and identify the underlying causes. Our focus is on prevention and accountability for future occurrences.
Failure Analysis
-
Radiography (real-time and computed tomography (CT))
-
Infrared thermography (hot spot detection)
-
Infrared thermal mapping
-
Photoemission microscopy
-
Scanning electron microscopy (SEM)
-
Energy Dispersive X-ray analysis
-
C-mode Scanning Acoustic Microscopy (C-SAM)
Destructive Analysis
-
Cross-sectional and metallographic analysis
-
Chemical decapsulation/depotting
-
Mechanical delidding
-
Particle retrieval and analysis
-
Dye penetrant examination
-
Dimensional measurements
-
Photomicrography
-
Die/ball/bump shear, bond pull
Addressing the growing challenge of counterfeit parts in the electronics manufacturing industry, our laboratories possess the necessary qualifications to detect and mitigate counterfeit, remarked, and recycled parts and materials. Leveraging a parts history database since 1997, we compare known parts with their test results to draw conclusions about material integrity, manufacturing methods, and origin.