WHAT WE DO
Tried and True Metrology provides accurate, reliable, and mobile measurement services to support manufacturers, engineering teams, and MRO facilities across Virginia, North Carolina, Maryland, Pennsylvania, Washington D.C. and the entire United States. Whether you're validating tooling, aligning machinery, capturing 3D data, or recreating legacy components, our specialists deliver precision that keeps your projects on schedule and within tolerance.
No matter the size of your operation or the complexity of your requirement, we can support you with 3D scanning, inspection, alignment, reverse engineering, automation, and equipment rental solutions. If your industry isn’t listed, our team can still help — we tailor our workflows to meet your exact measurement needs.
Explore our core services below to see how we can support your next project.
Your Complete Metrology Partner
Each service we offer is backed by industry-leading equipment, advanced metrology software, and years of hands-on experience in precision measurement. From large-scale onsite projects to detailed part inspections in our facility, our team ensures accuracy, repeatability, and clear documentation every step of the way.
Below you’ll find detailed information about our capabilities, workflows, deliverables, and the specialist tools we use across various industries. These expanded sections provide deeper technical insight into how each service supports manufacturing, engineering, outage planning, and production environments.
If you're unsure which service best fits your application, contact us and we’ll recommend the most efficient and cost-effective solution for your project.

SPECIAL SERVICES
Job Examples
Rail Alignment, Shaft Alignment, Robot Mapping, Machine Alignment, First Article Inspection are just a few examples of what Tried and True offers.
Software TNT Uses:
The Highest Quality
Tried and True resonates quality
We will ensure the highest quality of work to be performed, no matter how small or big the project is.
The "Golden Rule" of metrology: measurement uncertainty shall be less than 10% of the tolerance.
