In the defense and aerospace sectors, many mission-critical platforms are required to remain in service decades after their original production. A significant obstacle to this sustainment is the “legacy” problem: finding a shop capable of reproducing complex parts when original CAD files or design data are no longer available. Statt Engineering solves this through a process we call “digital archaeology,” using advanced 5-axis cnc machining services to bring legacy components back to life.
From Raw Scan Data to High-Fidelity Models
Our process begins with 3D laser scanners and CMM systems that capture every nuance of a physical part. This raw data is then processed into parametric CAD models by our superior engineering talent. We don’t just copy the part: we perform a technical analysis to ensure the new digital model accounts for wear and tear on the original specimen. We look for the original design intent, correcting for any warping or degradation that may have occurred over decades of service.
Once the model is finalized, we utilize our 5 axis machining services to reproduce the part with elite precision. By using a single-setup process, we ensure that the complex geometries of these legacy components are recreated with total fidelity to the newly developed data. This removes the guesswork from sustainment and ensures that replacement parts fit perfectly every time. This technical excellence is essential for keeping national defense assets in operational condition.
Sustainment of Mission-Critical Fleets
Technical excellence is achieved through solving these complex problems with grit. Statt Engineering functions as a high-performance extension of your team, providing the expertise required to keep aging fleets in the air. We specialize in working with high-performance materials, including titanium and aluminum-lithium, ensuring that reproduced parts meet or exceed the original performance specifications. We focus on the “impossible” projects that larger vendors often refuse because they lack the technical dialogue required for reverse engineering.
Breaking the Capacity Burden with Precision CNC
Lead engineers are often out of bandwidth to manage the complexities of reverse engineering. Statt Engineering alleviates this burden by providing a turnkey solution. We handle the scanning, the modeling, and the precision machining, all within an AS9100 and ITAR compliant framework. Our nimble structure allows us to tackle these high-difficulty projects with industry-leading lead times, ensuring that your sustainment projects remain on schedule.
At Statt, we are building long-term partnerships, not just “collecting a check.” We invite you to experience a process where zero guesswork is the standard and where 5-axis cnc machining services are used to bridge the gap between legacy hardware and modern manufacturing.
