High Bridge Solutions delivers engineering-grade reverse engineering for obsolete, aging, or hard-to-procure components. Our approach is built on state-of-the-art metrology, material verification, 3D scanning, and controlled documentation processes—ensuring every replacement part is accurate, repeatable, and fully producible.
Fully reconstructed, CAD-ready 3D models compatible with AutoCAD, SolidWorks, and modern engineering toolchains.
Comprehensive manufacturing and assembly drawings with complete dimensioning, notes, and revision control.
XRF-verified material certifications confirming alloy composition and compliance for accurate reproduction.
Precise tolerance stacks, GD&T callouts, and fit/function data required for high-fidelity manufacturing.
Engineering-grade First Article Test procedures to validate performance, form, fit, and functional acceptance.
Full QA documentation, measurement reports, and an audit-ready Technical Data Package for customer approval.
X-ray fluorescence (XRF) analyzer that provides a non- destructive analytical technique used to determine the chemical composition of materials. Used to:
Verify alloys and material grades
Identify hazardous or restricted substances
Match legacy materials for modern production
Support FAT, configuration control, and QA
Outcome: Material certainty before manufacturing begins.
Imaging scanner used to quickly verify dimensional measurements for 1 to multiple pieces. Supports QA and Reverse Engineering efforts. Used to:
Capture detailed 2D/3D dimensions
Validate accuracy across multiple samples
Support QA and reverse-engineering workflows
Outcome: Faster validation and higher dimensional confidence.
Provides 360° scanning of complex and freeform geometries and exports them to AutoCAD. Used for Reverse Engineering and QA verification. Used to:
Generate full 3D meshes and high-precision models
Export directly into CAD environments
Reconstruct complex legacy shapes unavailable in drawings
Validate reverse-engineered geometry
Outcome: Complete, repeatable geometry capture for any component—simple or complex.
Portable CMM that allows for high-accuracy 3D measurements using a handheld probe. Used to accurately measure areas that are difficult with other visual measuring systems. Used for Reverse Engineering and QA verification. Used to:
Measure surfaces, pockets, and internal features not accessible by scanners
Capture tight-tolerance characteristics
Validate precision machining or prototype modifications
Outcome: Micron-level probe accuracy where scanners can’t reach.
HBS operates under a fully documented, ISO-certified quality system that ensures every scanned dimension, CAD model, material verification, and TDP deliverable follows controlled, repeatable, audit-ready processes. This standard underpins the reliability and traceability of every reverse-engineered part we deliver.
Every process measured, managed, and verified for quality.
For components with electrical or electro-mechanical interfaces, HBS adheres to J-STD-001—the defense industry’s gold standard for soldering workmanship and electronic assembly reliability. This ensures reverse-engineered parts meet the same (or higher) performance and durability expectations as their originals.
Confirms active registration as a trusted supplier.
High Bridge Solutions is aligning its cybersecurity controls with NIST SP 800-171 Rev 3 in preparation for CMMC Level 2 assessment. Our infrastructure, policies, and personnel training are structured to safeguard sensitive program data.
Demonstrates readiness for secure collaboration.
HBS is approved under the Joint Certification Program, authorizing access to unclassified technical data governed by DoD and DoC export control regulations. This certification allows collaboration with customers who require controlled design packages, drawings, and documentation.
Allows HBS to receive controlled technical data immediately.
Let’s connect and build the supply advantage your program demands.
CAGE 71RR2 • DUNS 079244269 • ISO 9001:2015