Aerospace Presses
Advanced Press Solutions
for Aerospace Production
Precision and repeatability are non-negotiable in aerospace manufacturing.
That’s why Fortune 500 manufacturers trust Macrodyne. Our servo and hydraulic presses for aerospace are engineered for full-line automation, state-of-the-art, advanced controls and absolute reliability. With our advanced aerospace presses, you get a low-risk, high-performance solution designed to shape even the most complex components with precision.
From aircraft fuselage panels to landing gear components, our presses for aerospace manufacturing integrate elastoforming, fluid cell forming, superplastic forming, composite molding, forging and more, delivering flawless accuracy with every press cycle.
The Gas Oscillation Forming Technology for Superplastic Blow Forming is a disruptive advancement in the SPF process that provides significant improvements in the formability of alloy sheets. This patented new technology pushes past the boundaries of conventional superplastic forming allowing for dramatically more geometrically complex parts to be formed with higher quality and at lower costs.
Structural & Airframe Components
Fuselage Panels – Outer skin sections of the aircraft body.
Wing Skins & Ribs – Aerodynamic outer surfaces and internal structural supports.
Bulkheads & Frames – Reinforcing structures inside the fuselage.
Stringers & Spars – Longitudinal reinforcements for wings and fuselage.
Fairings & Access Panels – Aerodynamic covers for smooth airow and system access
Propulsion & Engine Components
Jet Engine Casings – Outer shell housing engine components.
Fan Blades & Turbine Disks – High-precision, high-strength components for thrust.
Exhaust Nozzles & Ducting – Directs airow and reduces engine heat.
Combustion Chamber Parts – High-temperature-resistant structures
Landing Gear & Structural Supports
Landing Gear Components – High-strength metal parts for takeoff and landing loads.
Brackets & Mounts – Supports for aircraft systems and subsystems.
Actuator Housings – Components that support landing gear movement
Military & Defense Aircraft Components
Stealth Aircraft Panels – Precision-formed structures for low radar visibility.
Missile & UAV (Drone) Structures – Lightweight and high-strength formed parts.
Armored Cockpit Structures – Reinforced for pilot protection
Interior & Secondary Structure
Seat Frames & Cabin Supports – Lightweight and durable passenger safety components.
Overhead Storage Bins & Panels – Molded composite and metal structures
Spacecraft & Satellite Components
Rocket Nose Cones & Fairings – Precision-formed panels for space launch vehicles.
Satellite Structural Panels – Lightweight, high-strength materials for durability.
Heat Shields – Protects spacecraft from extreme temperatures
Structural & Airframe Components Propulsion & Engine Components Landing Gear & Structural Support
Military & Defense Aircraft Components Spacecraft & Satellite Components
Interior & Secondary Structure
Decades of Press Experience in the Aerospace Industry
Find the Right Press Solution
for Your Application
Aerospace components require precision forming, high-strength materials, and repeatable performance.
Macrodyne delivers with custom-engineered aerospace presses, designed for the most demanding applications.
Our full-line automation and high-force technology power critical aerospace forming processes.
Shape lightweight yet durable sheet metal components with uniform force distribution. Macrodyne’s precision-engineered rubber pad forming presses, elastoforming presses, and uid cell presses (also known as bladder presses) deliver reliable results for even the most complex design.
Achieve complex geometries in titanium and aluminum alloys without material failure. Form parts two times faster with this advanced SPF method that offers greater control over material flow and accuracy.
Form parts two times faster with this advanced SPF method that offers greater control over material flow and accuracy. This disruptive advancement in the SPF process provides signicant improvements in the formability of alloy sheet.
Form hollow, lightweight aerospace structures with minimal welds and maximum strength. Macrodyne’s hydroforming presses are fully integrated with high-pressure water systems and associated precise and flexible control systems.
Produce high-strength aerospace parts capable of withstanding extreme loads and stress. Our forging presses are designed to produce a wide range of forged
products, including gears, flanges, bearings, wheels, shafts, axels and other heavy industrial components.
Create large contoured aerospace structures with unmatched dimensional accuracy. Macrodyne Stretch Forming Presses are available in a variety of configurations to form Sheet Metal, Extrusions, and Brake-Formed Profile Part.
Our compression molding presses are used to produce composite parts of varying complexities in the manufacturing process of thermosets, thermoplastics, as well as elastomers, and natural rubber.
Advanced Automation Tailored to Your Production Goals
Aerospace manufacturing demands more than just precision. It requires efficiency, consistency, and reliability at scale. Macrodyne’s automation division delivers tailored, machine-designed solutions that go beyond basic conveyors and robots to provide fully integrated, end-to-end automation.
As a Fortune 500-proven partner, we offer low-risk, high-performance automation built for uptime, reliability, and long-term success. Whether you’re upgrading a single press or automating your entire production line, Macrodyne delivers solutions that keep you ahead.
Why Choose Macrodyne?
- Custom-engineered servo and hydraulic presses built for maximum performance.
- Designed for high-pressure, high-reliability aerospace applications.
- Automation capabilities for efficiency and repeatability.
- North American manufacturing, service, and support
Talk to a Press Expert About Your Aerospace Application
Let Macrodyne deliver the precision and performance your aerospace manufacturing demands with industry-leading aerospace hydraulic presses and servo presses.
