Inspection & Metrology Services for Parts That Need Proof
Statt Engineering provides precision inspection and metrology services for aerospace, defense, industrial, medical, and composite manufacturing projects. Using Faro Arm CMM systems, laser scanning, dimensional verification, first article inspection, and reporting workflows, we help teams confirm that parts, tools, fixtures, and components meet the requirements before they move downstream.
Faro Arm CMM inspection
Laser scanning and 3D verification
First article inspection support
In-process and final-part inspection
Dimensional reporting
Reverse engineering support
AS9100D quality system
ITAR support
NIST-aligned workflows
Inspection problems do not stay in quality. They move into production.
A missed dimension can stop the next operation cold.
It can hold up assembly, trigger rework, delay shipment, or leave a buyer questioning whether the part, the tool, or the inspection method is the real problem.
Statt Engineering supports inspection work with metrology tools, controlled workflows, engineering context, and documentation discipline. We do not treat inspection as a checkbox at the end. We treat it as the proof that the work can move forward.
Our Capabilites
Inspection and metrology capabilities
Faro Arm CMM inspection
Portable contact and non-contact measurement for large, complex, or tight-tolerance parts that need flexible dimensional verification.
Laser scanning and 3D verification
High-resolution scanning for freeform surfaces, patterns, tooling, complex geometries, and comparison against CAD or known requirements.
First article inspection
FAI support with AS9102-based documentation and dimensional reports for parts that need formal production validation.
In-process inspection
Quality control at defined production stages to catch dimensional issues before they become downstream problems.
Final-part inspection
Dimensional verification before delivery, assembly, or customer acceptance.
Reverse engineering support
Measurement-to-model support when CAD is missing, incomplete, or no longer trusted.
Dimensional reports your quality team can use
Inspection only helps if the results are clear, traceable, and usable. Statt Engineering supports dimensional reporting, first article inspection documentation, in-process inspection records, final-part verification, and compliance documentation for projects that need formal quality evidence.
- Dimensional inspection reports
- First article inspection support
- AS9102-based FAI documentation
- CAD comparison reports
- Scan-to-CAD verification
- In-process inspection documentation
- Final-part inspection records
- Compliance documentation support
- Audit-ready reporting where required
Faro Arm CMM systems
Portable and flexible inspection systems for tight-tolerance measurements of large or complex parts.
High-resolution laser scanners
Used to capture detailed geometries, freeform surfaces, patterns, tooling, and difficult-to-measure features.
Inspection reporting software
Used to generate dimensional reports and compliance documentation.
Stable fixturing and reference setup
Improves repeatability during measurement workflows by controlling how parts are held and referenced.
Clean and controlled inspection environment
Supports measurement consistency and helps reduce avoidable error during inspection operations.
Our Composite Tooling Equipment
Inspection tools that give engineering teams confidence
Buyers ask what equipment you use because vague quality language is not enough. Statt Engineering uses Faro Arm CMM systems, high-resolution laser scanners, inspection reporting software, stable fixturing and reference setups, and a clean, controlled inspection environment to support repeatable dimensional verification.
When your internal QA team is overloaded, inspection still has to move
Inspection bottlenecks can slow production just as much as machining bottlenecks. Statt Engineering supports overflow QC and documentation needs for manufacturers that need additional inspection capacity without losing control of quality, traceability, or communication. This is especially useful for tight-tolerance parts, prototype validation, production-run verification, and projects requiring formal inspection records.
Tooling design for demanding manufacturing environments
Aerospace
CMM inspection for machined parts
Faro Arm inspection for complex components
Laser scanning inspection for freeform surfaces
First article inspection support
Dimensional verification for aerospace components
Final-part inspection before delivery
In-process inspection during production
Composite part inspection
Tooling and pattern validation
Fixture and jig verification
Large-format assembly inspection
Scan-to-CAD comparison
Reverse engineering measurement support
Overflow quality control support
Audit-ready inspection documentation
AS9100D quality system
ITAR support
NIST compliance
Dimensional reporting
Traceability support
In-process and final inspection
CMM inspection
Laser scanning
Stable fixturing and reference setup
Controlled inspection environment
Engineering insight during review
Quality systems built for aerospace-level inspection
Inspection has to do more than produce numbers. It has to support decisions.
Statt Engineering provides inspection services through AS9100D quality discipline, ITAR support, and NIST-aligned processes. Our team supports dimensional accuracy, traceability, formal verification, and documentation workflows for parts where quality evidence matters.
Our Tools
Why manufacturers choose Statt for inspection
Built for aerospace discipline
Statt is compliant with AS9100 inspection protocols, FAI documentation, and tight-tolerance measurement.
Flexible metrology for complex parts
Faro Arm systems and laser scanning help measure parts, tools, freeform surfaces, and complex geometries.
Documentation that supports decisions
Dimensional reports, FAI documentation, and compliance records give quality teams clearer evidence.
Overflow QC support
Statt can support manufacturers when internal inspection capacity is tight.
Compliance-ready workflows
AS9100D, ITAR, and NIST positioning help procurement teams reduce supplier risk.
Need to reproduce a legacy mold, tool, or pattern?
Inspection support when CAD is missing or no longer trusted
Sometimes the question is not only whether a part is correct. Sometimes the question is what the part actually is.
Statt Engineering supports reverse engineering through measurement-to-model workflows when CAD is missing, incomplete, outdated, or no longer matches the physical part. Inspection data can support scan-to-CAD reconstruction, dimensional comparison, and manufacturing decisions for legacy or undocumented components.
Inspection and metrology FAQs
What inspection services does Statt Engineering provide?
Statt Engineering provides Faro Arm CMM inspection, laser scanning and 3D verification, first article inspection, in-process inspection, final-part inspection, dimensional reporting, and reverse engineering support.
Does Statt provide CMM inspection services?
Yes. Faro Arm CMM inspection and CMM systems are a part of Statt’s inspection capabilities.
Can Statt provide first article inspection reports?
Yes. Statt supports first article inspection with AS9102-based documentation and dimensional reports.
Can Statt inspect complex geometry or freeform surfaces?
Yes. Laser scanning and 3D verification are ideal for freeform surfaces, patterns, and tooling validation.
Can Statt support inspection when CAD is not available?
Yes. Statt offers reverse engineering support through measurement-to-model translation when CAD is not available.
Does Statt support aerospace and defense inspection requirements?
Yes. Aerospace and defense inspection services, AS9100-certified inspection protocols, ITAR registration, and NIST-aligned processes are all offered by Statt.
Send the specs. We will help verify the part.
Need to validate a prototype, inspect a critical component, support first article documentation, or supplement your internal quality team? Statt Engineering can review the part requirements, define the inspection path, and deliver dimensional verification backed by metrology tools and quality discipline.