Failure Analysis Services
Comprehensive Failure Analysis Services for Medical Devices, Pharmaceuticals, Biomaterials & Advanced Materials
When a product fails unexpectedly, understanding why it failed is essential for improving
quality, protecting users, reducing manufacturing risks, and supporting future product
development. Failure analysis is a multidisciplinary scientific investigation that examines
materials, components, manufacturing processes, and environmental influences to determine
the root cause of product failures and identify opportunities for improvement.
Whether investigating a medical implant, pharmaceutical packaging system, biomaterial,
polymer component, industrial material, or advanced healthcare technology, comprehensive
laboratory failure analysis provides organizations with the scientific insight needed to improve
product performance, manufacturing consistency, and long-term reliability.
At CMDC Labs
provides professional Failure Analysis Services for organizations throughout the United States. Our multidisciplinary laboratory combines analytical chemistry, microscopy, spectroscopy, material characterization, biological response testing, and scientific expertise to support manufacturers, researchers, biotechnology companies, pharmaceutical organizations, and medical device developers in identifying the root causes of product failures.
CMDC Labs is
accredited under
What Is Failure Analysis?
Failure analysis is the scientific investigation of products, materials, or components that have
experienced unexpected performance issues, degradation, contamination, structural damage, or
manufacturing defects.
Failure investigations commonly evaluate:
- Material degradation
- Product defects
- Surface contamination
- Chemical contamination
- Coating failures
- Material incompatibility
- Manufacturing inconsistencies
- Corrosion
- Mechanical damage
- Biomaterial performance
- Product reliability
- Root cause determination
These investigations help organizations understand why failures occurred and how similar issues may be prevented in future products or manufacturing processes.
Why Failure Analysis Matters
Comprehensive failure investigations help organizations:
- Determine root causes
- Improve product quality
- Support product development
- Optimize manufacturing processes
- Reduce product failures
- Improve material selection
- Strengthen quality systems
- Support scientific research
- Improve long-term reliability
- Improve long-term reliability
Improve long-term reliability
Industries We Support
Medical Device Manufacturers
Medical device companies utilize failure analysis during implant investigations, biomaterial
evaluations, device performance studies, manufacturing quality programs, complaint
investigations, and product improvement initiatives.
Pharmaceutical Manufacturers
Pharmaceutical organizations investigate packaging failures, manufacturing inconsistencies,
formulation issues, contamination concerns, and product stability.
Biotechnology Companies
Biotechnology organizations investigate biomaterials, biologics, laboratory materials, product
performance, and manufacturing processes.
Industrial Manufacturers
Industrial companies evaluate polymers, metals, composites, coatings, ceramics, plastics,
adhesives, and engineered materials following product or manufacturing failures.
Environmental Organizations
Environmental laboratories investigate corrosion, contamination, degradation, environmental
exposure, and material performance.
Universities & Research Institutions
Research organizations utilize failure analysis during materials science research, biomedical
engineering investigations, chemistry research, and product innovation.
Applications of Failure Analysis
Failure analysis supports numerous scientific investigations, including:
- Medical device investigations
- Product failure evaluations
- Material degradation studies
- Manufacturing quality investigations
- Biomaterial evaluations
- Surface contamination investigations
- Material comparison studies
- Product development
- Root cause analysis
- Scientific research
- Quality assurance
- Product improvement
Each investigation generates valuable scientific information supporting informed technical
decisions.
CMDC Labs Failure Analysis Capabilities
CMDC Labs provides comprehensive laboratory failure investigations supporting organizations
across multiple industries.
Root Cause Analysis
Scientific investigations designed to identify the underlying causes of product failures,
manufacturing inconsistencies, contamination events, and material degradation.
Material Failure Investigations
Evaluation of:
- Metals
- Polymers
- Ceramics
- Biomaterials
- Composite materials
- Medical-grade plastics
- Surface coatings
- Industrial materials
Medical Device Failure Analysis
Scientific investigations supporting:
- Implant performance
- Biomaterial compatibility
- Device coatings
- Surface treatments
- Product reliability
- Product development
Manufacturing Quality Investigations
Failure analysis supporting:
- Process optimization
- Manufacturing consistency
- Product comparison
- Supplier evaluations
- Material verification
- Continuous improvement
Contamination Investigations
Scientific evaluation of contamination events involving:
- Chemical contaminants
- Surface contamination
- Particulate contamination
- Material incompatibility
- Environmental exposure
- Manufacturing residues
Product Development Support
Failure investigations support organizations during:
- New product development
- Product optimization
- Prototype evaluations
- Material selection
- Design improvements
- Scientific innovation
Analytical Technologies Supporting Failure Analysis
Depending on project objectives, CMDC Labs utilizes advanced analytical technologies
including:
- Scanning Electron Microscopy (SEM)
- X-ray Photoelectron Spectroscopy (XPS)
- FTIR Analysis
- Raman Spectroscopy
- High-Performance Liquid Chromatography (HPLC)
- Gas Chromatography (GC)
- ICP-MS Analysis
- Material Characterization
- Chemical Characterization
- Surface Characterization
- Surface Chemistry Analysis
- Trace Metals Analysis
Using multiple analytical techniques provides a comprehensive understanding of product
failures and material behavior.
Benefits of Failure Analysis
Organizations utilize failure analysis to:
- Determine root causes
- Improve product quality
- Reduce future failures
- Improve manufacturing consistency
- Optimize material selection
- Support product development
- Strengthen quality systems
- Support scientific innovation
- Improve customer confidence
- Generate reliable laboratory data
Comprehensive investigations help organizations continuously improve products and
manufacturing processes.
Complementary Laboratory Services
Failure analysis frequently supports additional CMDC Labs laboratory services, including:
- Material Characterization Services
- Chemical Characterization Services
- Surface Characterization Services
- Surface Chemistry Analysis Services
- Medical Device Materials Testing Services
- Analytical Chemistry Laboratory Services
- Extractables & Leachables Support Services
- Trace Metals Analysis Services
- Analytical Method Development Services
- Laboratory Method Validation Services
These multidisciplinary laboratory capabilities provide organizations with comprehensive
scientific support from product development through post-market investigations.
Why Organizations Choose CMDC Labs
Advanced analytical chemistry expertise
Material characterization capabilities
Medical device laboratory experience
Failure investigation expertise
Scientific collaboration
Product development support
Responsive customer service
Nationwide laboratory support
Commitment to scientific excellence
Our objective is to provide dependable failure analysis services that help organizations understand product failures, improve manufacturing quality, strengthen product performance, and support scientific innovation.
Frequently Asked Questions
What is failure analysis?
Which industries utilize failure analysis?
Can failure analysis support medical device development?
Which analytical techniques are used during failure analysis?
Does CMDC Labs provide failure analysis services nationwide?
Supporting Product Reliability Through Scientific Failure Analysis
Every product failure presents an opportunity to better understand materials, manufacturing
processes, and product performance. Comprehensive failure analysis provides organizations
with dependable scientific information that supports product improvement, manufacturing
optimization, quality assurance, and long-term innovation.
CMDC Labs combines advanced analytical chemistry, spectroscopy, microscopy, material
characterization, and multidisciplinary laboratory expertise to deliver reliable failure analysis
services tailored to each client’s scientific and technical objectives.
Whether your organization is investigating medical devices, pharmaceutical products,
biomaterials, industrial components, or advanced materials, our laboratory is prepared to
provide reliable analytical data backed by scientific excellence.
Request Failure Analysis Services from CMDC Labs
Whether you are a medical device manufacturer, pharmaceutical company, biotechnology
organization, industrial manufacturer, environmental consultant, healthcare organization,
municipality, food producer, or research institution, CMDC Labs Failure Analysis Services
provide advanced scientific expertise and multidisciplinary laboratory support to help you
investigate product failures, improve manufacturing quality, and support continuous innovation.
Contact CMDC Labs today to discuss your failure analysis requirements and discover
how our laboratory can support your research, product development, manufacturing
quality, and scientific investigation objectives.
PFAS Water Testing
Per- and polyfluoroalkyl substances (PFAS) have emerged as one of the most critical environmental and public health concerns worldwide. Often referred to as “forever chemicals,” PFAS compounds are highly persistent, resistant to degradation, and capable of accumulating in water systems, soil, and the human body over time.
Drinking Water Contaminant Analysis
Drinking water is one of the most critical resources for public health, and even trace levels of contaminants can pose serious risks. Contamination may originate from natural sources, industrial activities, aging infrastructure, or environmental exposure, making regular and precise testing essential.
Heavy Metal Testing
Heavy metals such as lead (Pb), arsenic (As), cadmium (Cd), and mercury (Hg) are among the most critical contaminants monitored across industries including food, pharmaceuticals, cosmetics, medical devices, and environmental systems.
Water Testing
Drinking water quality directly impacts public health, industrial operations, and regulatory compliance. Whether supplied through municipal systems, private wells, or industrial infrastructure, water must meet strict safety standards to ensure it is free from harmful contaminants.
