Composites Machining

A composite is any engineered material made by plying, layering or otherwise combining two distinct and separate materials to realize a combined material that leverages the stengths of its components. One composite material frequently used in industry is the carbon fiber reinforced plastic (CFRP) finding applications on both aircraft and, more recently, race cars. “Composites machining,” while it is not limited to CFRP, frequently refers to challenges faced by manufacturers working with this particular material. CFRP parts generally must be drilled and trimmed via machining, and in some cases these components receive precision milled surfaces as well. The challenges particular to this machining include fixturing the geometrically complex parts, as well as tooling selection for cutting the hard material.

Are You Ready for Next-Gen Aerospace Manufacturing?

In light of this week’s Paris Air Show, we’re preparing for the next generation of commercial aircraft programs with a new special edition collaboration from Modern Machine Shop, Additive Manufacturing and CompositesWorld.

Even My Accurate Predictions Are Wrong

The future does not come in a straight line. Multiple factors affect one another and the final outcome. My prediction that machine shops would see more composites is playing out, but I missed an important means by which this would happen.

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New Product Announcements

Composites Tooling Enables Feed Rates as High as 400 ipm

Controx presents the Panel Cut line of tooling enabling feed rates as high as 400 ipm for high productivity and a clean surface finish.




Most Recent

Abrasive Waterjet Helps Make Composites Affordable for Boeing

Boeing overcame fixture costs and other challenges of machining large composite parts by opting for waterjet instead of milling.

More Than Metal

Modern Machine Shop magazine doesn’t cover only the machining of metals. Here are some interesting tidbits about machining non-metallic materials fro...

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