Corehog's Aerospace Solutions
Engineered for the Demands of Aerospace Manufacturing
Aerospace composite components demand tight tolerances, defect-free edges, and repeatable performance. CoreHog tools are precision-engineered to meet the challenges of machining abrasive, layered, and lightweight materials used across commercial and defense aerospace programs, delivering unmatched precision, superior edge finishes, and measurable cost savings when machining honeycomb and composite structures.
Precision Tooling for Aerospace Composite Applications
Structural aerospace composite components demand robust tooling to handle higher loads, thicker laminates, and critical performance requirements. These CoreHog recommendations provide general guidance by material and component type, but final tool selection depends on machine setup and machining strategy.
For support, Contact Us.
For support, Contact Us.
Optimize winglet machining with tooling built for composites. Deliver smooth finishes, eliminate tear-out, and ensure aerodynamic accuracy on intricate contours and thin-walled structures.
Machine wing ribs with precision using tools designed for complex geometries. Maintain edge integrity, minimize delamination, and ensure repeatable results when machining multi-laminate components.
Tackle wing spars with durable tools capable of handling various multi-laminate materials. Achieve straight, accurate cuts while reducing fiber pullout and extending tool life in demanding structural applications.
Cut flap components with using tools designed for multi-laminates and honeycomb materials. Maintain structural integrity, reduce fraying, and produce consistent edge quality across aerospace assemblies.
Machine fan casings with precision using tooling engineered for multi-laminate and honeycomb. Achieve clean edges, minimize delamination, and maintain tight tolerances across curved geometries.
Minimize edge damage, maintain dimensional control, and support reliable machining of landing gear components with this offering of CoreHog precision tooling.
Interior aerospace composite components require specialized tooling to meet tight tolerances and machine layered, lightweight materials. The following tooling recommendations, provided by CoreHog's Application Engineers, provide general guidance by material and component type, but final tool selection depends on machine setup and machining strategy.
For support, Contact Us.
For support, Contact Us.
Machine wall and ceiling panels efficiently with tooling optimized for sandwich panels, plastics, and fiberglass. Achieve clean cuts, reduced fraying, and outstanding surface finish.
Cut floor panels with confidence using tools designed for unmatched strength, precision, and repeatability. Achieve smooth edge and ensure durability in aircraft interiors.
Machine stowage bins with precision using tooling that supports lightweight composite components. Maintain clean edges, reduce delamination, and ensure high-quality part finish.
Machine lavatory and galley components with precision tools designed to achieve smooth finishes and minimal edge defects in sandwich panel, CFRP, and fiberglass materials.
Composite Machining Expertise You Can Rely On
CoreHog’s engineering team works directly with aerospace
manufacturers to recommend tooling strategies tailored to specific
materials, components, and production requirements.
• Application-specific tool reccomendations
• Speeds & feeds guidance
• Tool path strategy recommendations
• Cycle time reduction and process efficiency improvements
Honeycomb Core Guidebook
Master honeycomb core machining with this comprehensive guidebook, packed with expert tips on tool selection, machining strategies, troubleshooting, and more.