Aerospace Machining for Precision Components
AS9100 & ISO 9100 Certified | ITAR Registered
Greno Industries combines AS9100:2016 quality with tight-tolerance precision. From original equipment manufacturers (OEMs) to maintenance repair and overhaul organizations (MROs), we machine precision aerospace components that meet rigorous industry standards for accuracy, repeatability, and long-term performance.
Proven Aerospace Machining Experience
Watch how Greno uses aerospace parts precision machining at our manufacturing facility in Scotia, New York (USA).
Certified Aerospace Quality
Greno’s machinists also excel at producing parts that require precise concentricity, flatness, and perpendicularity across multiple surfaces. This is essential for components such as:
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Turbine and compressor rings
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Structural brackets and mounting plates
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Fuel‑system housings
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Actuator and control‑system components
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Aerospace fasteners and specialty hardware
Every part is produced with a focus on maintaining geometric stability throughout precision machining, heat treatment, and final inspection.
Precision Machining for Critical Flight Hardware
Aerospace components must withstand extreme temperatures, vibration, and mechanical stress. Greno’s machining capabilities are engineered to meet these demands.
At our Made in USA manufacturing facility, we produce both small, intricate components and large structural parts with consistent precision. Whether you need a tight‑tolerance actuator housing, a high‑strength landing‑gear component, or a complex turbine support ring, our precision machining processes maintain dimensional accuracy across every feature.
At Greno, we machine aerospace‑grade materials such as Inconel 718, 17‑4 PH stainless steel, titanium alloys, aluminum, and specialty steels. These metals require controlled feeds, speeds, and tooling strategies to maintain metallurgical integrity and surface finish. Our skilled machinists understand how to balance tool pressure, heat generation, and chip evacuation to ensure every part meets aerospace specifications.
Complex Geometries and High-Accuracy Features
Aerospace machining often needs to account for thin‑wall sections, deep bores, intersecting features, and multi‑plane geometries. Greno’s combination of CNC milling and large diameter turning, allows us to produce these features with consistency and repeatability.
Our in-house gun drilling capabilities support long, straight, high‑accuracy bores used in hydraulic systems, fuel delivery components, and structural assemblies. Most machine shops outsource this work, but we keep it in-house for exceptional accuracy and repeatability.
Greno’s machinists also excel at producing parts that require precise concentricity, flatness, and perpendicularity across multiple surfaces. This is essential for components such as:
-
Turbine and compressor rings
-
Structural brackets and mounting plates
-
Fuel‑system housings
-
Actuator and control‑system components
-
Aerospace fasteners and specialty hardware
Every part is produced with a focus on maintaining geometric stability throughout precision machining, heat treatment, and final inspection.
Aerospace Machining from Prototyping Through Production
Aerospace projects often require rapid prototyping, iterative development, and the ability to scale into production without sacrificing precision. Greno supports your full lifecycle of aerospace component manufacturing.
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Prototype machining for new designs and engineering validation
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Low‑volume production for specialized assemblies and spares
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High‑mix, repeatable machining for ongoing program support
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MRO and replacement components for legacy aerospace systems
Our flexibility allows customers to streamline sourcing by working with a single aerospace machining supplier capable of supporting both development and ongoing program requirements.
Material Expertise for Demanding Aerospace Applications
Aerospace machining requires a strong understanding of materials and how metals respond to machining processes. Greno’s experience with high-temperature alloys, precipitation-hardened steels, and corrosion-resistant materials ensures that each component performs reliably in service.
We understand how machining affects grain structure, residual stress, and fatigue performance—critical factors for flight hardware where performance is non-negotiable.
Your Aerospace Machining Partner
OEMs and MROs choose Greno Industries because we combine precision aerospace machining, disciplined quality, and deep material expertise with a commitment to reliability. Our ability to machine complex components from advanced alloys makes us a trusted partner for aerospace programs that demand uncompromising performance.