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Powering Aerospace Innovation with CNC Machining & 3D Printing

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Driving Commercial Aerospace Innovation with Unmatched Accuracy

In commercial aerospace manufacturing it is not about making parts, it’s about delivering reliability under extreme conditions. From aircraft airframes to satellite structural components and guidance housing, every part demands flawless dimensional accuracy, superior surface finish, and complete material traceability.

Phillips Machine Tools provides cutting-edge technologies including:

  • 3-Axis, 4-Axis, and 5-Axis CNC Milling
  • CNC Turning
  • Multi-Tasking
  • 3D Printing

Combined with Phillips Machine Tools engineering expertise, these capabilities deliver reliable, future-ready manufacturing solutions.

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Applications

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Aero Engine & Critical Parts

Aero Engine & Critical Parts

Aero engine components operate under extreme heat, pressure, and rotational stress. We deliver high-precision machining and finishing solutions for critical rotating parts, ensuring surface integrity, balance, and long-term reliability in high-performance environments.

Additive Manufacturing

Additive Manufacturing

Additive manufacturing platforms from Phillips Machine Tools enable commercial aerospace manufacturers to produce lightweight topology-optimized brackets, end-use titanium and stainless-steel components, and jigs/fixtures in days rather than weeks supporting tight programmed schedules and reducing dependence on imported machined parts.

Applications

Aero Engine & Critical Parts

Aero engine components operate under extreme heat, pressure, and rotational stress. We deliver high-precision machining and finishing solutions for critical rotating parts, ensuring surface integrity, balance, and long-term reliability in high-performance environments.

Additive Manufacturing

Additive manufacturing platforms from Phillips Machine Tools enable commercial  aerospace manufacturers to produce lightweight topology-optimized brackets, end-use titanium and stainless-steel components, and jigs/fixtures in days rather than weeks supporting tight programmed schedules and reducing dependence on imported machined parts.

Ready to Elevate Your Commercial Aerospace Manufacturing?

Phillips Machine Tools will support the full spectrum of strategic commercial aerospace manufacturing ecosystems.

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Machines & Technology

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Hermle

APEC

Nakamura-Tome

Formlabs

EOS

Additive Hybrid

Additive Hybrid

InssTek

Frequently Asked Questions

For commercial aerospace applications, 5-axis CNC machining centers, high-rigidity turning centers are typically required. The right choice depends on your part’s complexity, material, tolerance requirements, and batch size.

If you are facing issues like chatter, poor surface finish, frequent tool breakage, multiple setups, or high rejection rates, your current setup may not be suitable for aerospace-grade manufacturing. A proper evaluation can identify gaps in rigidity, axis capability, or process strategy.

Using 5-axis CNC machines allows multiple sides of a component to be machined in a single setup. This reduces:

  • Positioning errors
  • Cycle time
  • Manual intervention
  • Overall production cost

Additive manufacturing is widely used for:

  • Rapid prototyping
  • Lightweight component design
  • Complex internal geometry

It is often combined with CNC machining in a hybrid workflow to achieve both precision and design flexibility.

Get in Touch

Get in Touch