Industrial Manufacturing Solutions
Laboratory Testing, Failure Analysis & Scientific Support for Manufacturers
Industrial manufacturing problems rarely remain confined to a single material, process, or
laboratory discipline.
An unexpected production issue may involve raw materials, chemical composition, surfaces,
particles, residues, water, contamination, equipment, manufacturing conditions,
suppliers, or changes within the finished product.
.
Manufacturers may encounter questions such as:
Why is this material failing?
What is this unknown residue or particle?
Why has product shelf life changed?
Why did product performance suddenly change?
Did a supplier or raw-material change affect production?
Where is contamination entering the manufacturing process?
What caused a coating, surface, or material failure?
Which laboratory techniques should we use to investigate the problem?
CMDC Labs supports appropriate industrial-manufacturing projects with multidisciplinary
resources spanningmaterials characterization, surface analysis, analytical chemistry,
microscopy, contamination investigation, failure analysis, raw-material testing, water and
environmental testing, product development, research and development, scientific
consulting, and quality support.
CMDC Labs is
accredited under
Scientific Support Across Manufacturing
Manufacturing systems contain many variables capable of influencing product performance.
Potential contributors include:
- Raw materials
- Suppliers
- Chemical composition
- Coatings
- Surfaces
- Particles
- Residues
- Water
- Equipment
- Manufacturing conditions
- Environmental contamination
- Process changes
- Storage
- Packaging
- Product handling
When an unexpected result occurs, CMDC Labs can help evaluate which variables can be
investigated scientifically.
The objective is not simply to perform more testing—it is to generate useful evidence around
the manufacturing question.
Manufacturing Failure Analysis
Investigate Why a Product, Material or Process Failed
A manufacturing failure may appear as:
- Product breakage
- Material degradation
- Surface damage
- Coating failure
- Discoloration
- Unexpected residue
- Particles
- Contamination
- Product inconsistency
- Performance changes
- Unexpected analytical results
Failure analysis begins by defining the difference between what was expected and what actually
occurred.
Useful investigations often compare:
Acceptable Product
vs.
Failed Product
and, where appropriate:
Expected Material
vs.
Suspected Material
Multiple laboratory techniques can then be selected according to the failure mode.
Material Characterization
Understand the Materials Behind Product Performance
Material characteristics can influence manufacturing behavior, product performance, durability,
surface interaction, and failure.
CMDC Labs can evaluate appropriate characterization projects involving:
- Polymers
- Metals
- Coatings
- Surfaces
- Particles
- Residues
- Raw materials
- Product components
- Unknown materials
- Comparative samples
Relevant techniques may include microscopy, spectroscopy, elemental analysis, surface
analysis, and other appropriate analytical approaches.
Surface Characterization
Surfaces can influence how products interact with their environment, other materials,
manufacturing processes, or biological systems.
Surface-related questions may involve:
- Coating differences
- Surface contamination
- Residues
- Chemical composition
- Surface morphology
- Treatment effects
- Manufacturing changes
- Product failures
Surface analysis can be particularly useful when bulk material testing does not explain a
problem occurring specifically at the interface.
SEM Analysis
High-Resolution Examination of Materials & Surfaces
Scanning electron microscopy can provide detailed information about appropriate samples
involving:
- Surface morphology
- Particles
- Fracture surfaces
- Coatings
- Deposits
- Material defects
- Contamination
- Comparative samples
SEM can become especially useful when visual differences are too small to characterize
adequately through conventional inspection.
Where appropriate, microscopy findings can be combined with chemical or elemental
information to build a more complete picture of the sample.
XPS Surface Analysis
X-ray photoelectron spectroscopy can provide chemical information about the outer surface of
appropriate materials.
Potential applications may involve:
- Surface chemistry
- Coatings
- Surface treatments
- Contamination
- Residues
- Comparative surface analysis
- Product-development research
- Failure investigation
Because XPS examines the near-surface region, it can provide information that may differ
substantially from bulk-material analysis.
FTIR Analysis
FTIR spectroscopy can support appropriate material and contamination investigations involving:
- Polymers
- Organic materials
- Residues
- Unknown substances
- Coatings
- Raw materials
- Comparative samples
FTIR results can help characterize chemical similarities or differences and may contribute to
identification of an unknown material.
Raman Spectroscopy
Raman spectroscopy can provide complementary chemical information for appropriate materials
and unknown substances.
Potential applications may include:
- Material identification
- Particles
- Residues
- Chemical characterization
- Comparative samples
- Product-development research
- Contamination investigation
The appropriate technique depends on the sample and the scientific question being
investigated.
Unknown Material Identification
What Is This Particle, Residue or Deposit?
Industrial problems frequently begin with an unidentified material.
It may appear as:
- A particle
- Powder
- Film
- Residue
- Deposit
- Fiber
- Discoloration
- Surface contamination
- Foreign material
No single analytical technique is appropriate for every unknown.
Depending on the sample, investigation may combine:
Microscopy
●
SEM
●
FTIR
●
Raman Spectroscopy
●
Elemental Analysis
●
Surface Analysis
The objective is to progressively characterize the material and determine which evidence can
help identify its likely nature or source.
Particle & Foreign Material Investigation
Unexpected particles can originate from many potential sources:
- Raw materials
- Manufacturing equipment
- Packaging
- Environmental contamination
- Product components
- Process materials
- Wear
- Corrosion
- Handling
A useful investigation may compare the unknown particle with suspected source materials.
For example:
Unknown Particle
vs.
Equipment Material
vs.
Packaging Material
vs.
Raw Material
Analytical similarities and differences can then help narrow possible sources.
Manufacturing Contamination Investigation
Determine Where Unexpected Material May Be Coming
From
Industrial contamination can involve:
- Particles
- Residues
- Oils
- Organic materials
- Metals
- Microorganisms
- Water
- Environmental sources
- Raw materials
- Process chemicals
A structured investigation may follow:
Unexpected Contamination
↓
Characterize the Material
↓
Review Manufacturing History
↓
Identify Potential Sources
↓
Collect Comparison Samples
↓
Compare Analytical Characteristics
↓
Develop Source Hypotheses
↓
Perform Targeted Follow-Up Testing
This approach can be more informative than testing the contaminated product in isolation.
Chemical & Analytical Testing
Industrial manufacturing projects frequently require analytical chemistry to investigate
composition, contamination, raw materials, and product changes.
Appropriate projects may involve:
- Chemical composition
- Organic compounds
- Metals
- Raw materials
- Residues
- Contaminants
- Comparative products
- Process chemicals
- Unknown materials
Relevant approaches may include chromatography, spectroscopy, elemental analysis,
microscopy, and other techniques selected according to the sample and analytical objective.
Elemental & Heavy Metal Analysis
ICP-MS and other appropriate analytical techniques can support investigation of elemental
composition and metals.
Potential applications may involve:
- Raw materials
- Water
- Process materials
- Contaminants
- Industrial products
- Comparative samples
- Environmental investigations
The appropriate method depends on the material, elements of interest, required sensitivity, and
intended use of the results.
Raw Material Testing
Investigate Materials Before They Enter Production
Raw-material variation can influence manufacturing performance and finished-product quality.
Scientific evaluation may involve:
- Material identity
- Chemical characteristics
- Elemental composition
- Surface properties
- Contamination
- Supplier differences
- Lot-to-lot variation
- Comparative performance
When a manufacturing problem begins after a supplier or material change, comparing old and
new materials can provide an important starting point.
Supplier & Material Change Investigation
A supplier change can introduce subtle differences even when materials appear to meet the
same nominal specification.
A useful investigation may compare:
Previous Supplier Material
vs.
New Supplier Material and Acceptable Product
vs.
Problematic Product Laboratory
characterization can then focus on measurable differences potentially relevant to
manufacturing or product performance.
Product Consistency Investigation
Understand Why Production Lots Differ
Batch-to-batch differences may be associated with:
- Raw materials
- Suppliers
- Process conditions
- Equipment
- Water
- Environmental conditions
- Chemical composition
- Surface properties
- Contamination
- Storage
Comparative analysis can help identify measurable differences between acceptable and
problematic lots.
Those differences can then guide more targeted investigation.
Coating & Surface Failure Investigation
Coatings and treated surfaces may fail through mechanisms involving:
- Adhesion
- Chemical changes
- Surface contamination
- Processing
- Substrate differences
- Environmental exposure
- Material incompatibility
- Manufacturing variation
Investigation may combine surface imaging and chemical characterization to compare
successful and failed samples.
Manufacturing Process Troubleshooting
A product may change even when specifications and formulations appear unchanged.
Potential contributors include:
- Equipment
- Raw materials
- Suppliers
- Process parameters
- Water
- Cleaning processes
- Environmental conditions
- Contamination
- Handling
- Storage
CMDC Labs can evaluate multidisciplinary investigations where several potential causes need
to be differentiated experimentally.
Water Testing for Industrial Facilities
Water can affect manufacturing processes, cleaning, equipment, product quality, and
environmental operations.
Industrial water projects may involve:
- Process water
- Drinking water
- Wastewater
- Microbiology
- Chemical contaminants
- Heavy metals
- PFAS
- Unexpected changes in water quality
When water is suspected of contributing to a manufacturing problem, results can be evaluated
alongside materials, products, and process information.
Industrial Wastewater & Environmental Testing
Manufacturing facilities may require laboratory analysis of wastewater and other environmental
samples.
Projects may involve:
- Wastewater
- Chemical contaminants
- Heavy metals
- Microbiology
- PFAS
- Industrial waste
- Environmental investigation
Testing requirements should reflect the sample matrix, analytical objective, applicable
requirements, and intended use of the results.
Industrial Product Development
Generate Scientific Information During Development
New industrial products and materials can require multidisciplinary characterization before
manufacturing is scaled.
Development projects may involve:
- Raw materials
- Material selection
- Coatings
- Surfaces
- Chemical composition
- Comparative prototypes
- Contamination
- Product performance
- Manufacturing processes
Laboratory testing can help teams understand measurable differences while design and process
decisions can still be modified.
Product Characterization
Product characterization can establish scientific information about a manufactured product or
component.
Depending on the project, characterization may involve:
- Material composition
- Surface chemistry
- Morphology
- Chemical characteristics
- Elemental composition
- Coatings
- Contamination
- Comparative products
Multidisciplinary characterization can be particularly useful when no single measurement
adequately describes the product.
Manufacturing Research & Development
Manufacturers developing new products, materials, coatings, processes, or technologies may
require laboratory resources beyond routine quality testing.
CMDC Labs can evaluate R&D projects involving:
- New materials
- Product development
- Coating research
- Surface modification
- Comparative materials
- Process development
- Analytical method development
- Product characterization
- Customized scientific studies
Analytical Method Development
Some industrial products or contaminants require customized analytical approaches.
Method-development projects may involve:
- Defining the analytical objective
- Selecting the technique
- Sample preparation
- Extraction
- Separation
- Detection
- Calibration
- Controls
- Potential interference
- Reproducibility
The method should be developed around the material, analyte, and intended use of the
resulting data.
Scientific Consulting for Manufacturers
Sometimes the manufacturing problem is obvious, but the appropriate laboratory investigation is
not.
Scientific consulting can help evaluate:
- Failed products
- Unknown contaminants
- Raw-material changes
- Supplier changes
- Product inconsistency
- Surface problems
- Coating failures
- Existing analytical results
- Experimental strategy
- Testing methods
- Follow-up investigation
Where appropriate, the resulting scientific strategy can connect directly to CMDC Labs
laboratory capabilities.
Quality & Regulatory Support
Industrial laboratory programs may support:
- Raw-material qualification
- Supplier evaluation
- Product verification
- Product consistency
- Manufacturing investigations
- Method validation
- Contamination control
- Quality-control programs
- Compliance-related testing
The intended use of the laboratory data should be established before testing begins so
appropriate methods, documentation, and reporting requirements can be determined.
Laboratory Capabilities for Industrial Manufacturing
Industrial projects may draw upon several CMDC Labs scientific disciplines.
Materials & Surface Science
SEM, XPS, microscopy, surface characterization, coatings, and materials analysis.
Spectroscopy
FTIR, Raman spectroscopy, and other appropriate characterization approaches.
Analytical Chemistry
Chromatography, chemical analysis, contaminant investigation, and product characterization.
Elemental Analysis
ICP-MS and appropriate heavy-metal or elemental analysis.
Water & Environmental Science
Process water, drinking water, wastewater, PFAS, environmental contaminants, and industrial
environmental investigation.
Scientific Troubleshooting
Multidisciplinary investigation of failures, contamination, product inconsistency, unknown
materials, and manufacturing problems.
From Failed Product to Scientific Investigation
A manufacturing failure may begin with:
Something Changed
↓
Define the Failure
↓
Compare Good & Failed Samples
↓
Review Raw Materials / Suppliers / Process History
↓
Characterize Materials / Surfaces / Contamination
↓
Identify Meaningful Differences
↓
Develop Potential Failure Hypotheses
↓
Perform Targeted Follow-Up Testing
↓
Support Corrective Investigation
The exact laboratory pathway depends on what the evidence reveals.
Connecting Multiple Analytical Techniques
Complex manufacturing problems may require more than one technique.
For example, an unknown residue might be investigated through:
Microscopy
to understand its appearance
↓
SEM
to examine morphology
↓
FTIR / Raman
to investigate chemical characteristics
↓
Elemental Analysis
to evaluate inorganic composition
↓
XPS
where surface chemistry is important
Each technique answers a different question.
Together, they can provide a more complete scientific picture.
Have a Manufacturing Problem Rather Than a Defined Test?
You do not need to know which analytical instrument should be used before contacting CMDC
Labs.
Tell us:
- What product or material is involved?
- What happened?
- What does the failure or contamination look like?
- When did the problem begin?
- Are all production lots affected?
- Have suppliers, raw materials, equipment, processing, or water changed?
- Do you have acceptable comparison samples?
- What testing has already been performed?
- What decision will the resulting data support?
CMDC Labs can evaluate the question and determine which available laboratory capabilities may be appropriate.
Already Know What Testing You Need?
If your project already has a defined material, analyte, technique, method, sample type, standard, or testing requirement, proceed directly to the relevant laboratory service.
Scientific Support Beyond Routine Manufacturing Testing
Industrial manufacturing connects materials science, surface chemistry, analytical chemistry, microscopy, raw materials, contamination, water, manufacturing processes,
quality, and product development.
When a problem crosses these areas, a single test may reveal only one part of the story.
CMDC Labs’ Scientific Solutions approach connects appropriate laboratory capabilities around
the underlying manufacturing question—helping organizations move from:
failure → characterization → investigation → evidence → better-informed action.
