Industry Solutions
CNC Routers for Aerospace & Composites
Precision machining for carbon fiber, fiberglass, honeycomb, and advanced materials. Where tolerances are tight and quality is non-negotiable.
Aerospace-Grade Production
Aerospace demands precision that’s measured in thousandths. Materials that are expensive and unforgiving. Documentation requirements that track every cut. CNC routers built for this environment deliver.
Composite materials transformed aerospace manufacturing—lighter, stronger, more fuel-efficient aircraft. But composites require different approaches than metal. CNC routers handle carbon fiber, fiberglass, Nomex honeycomb, and other advanced materials effectively.
Beyond flight hardware, aerospace shops produce tooling, fixtures, test articles, and ground support equipment. The CNC router serves across this range of applications with the precision and traceability the industry requires.
Aerospace CNC Applications
Composite Parts
Trim cured composite layups to final shape. Carbon fiber, fiberglass, and hybrid composites.
Honeycomb Core
Precision cutting of Nomex, aluminum, and other honeycomb materials. Clean cuts without crushing the core structure.
Layup Tooling
Molds and forms for composite layup. Surface quality and dimensional accuracy affect every part made on them.
Trim Fixtures
Fixtures that hold composite parts during trimming. Nest the part securely for accurate final machining.
Interior Components
Aircraft interior panels, galleys, lavatories. Lightweight materials machined to tight tolerances.
Prototype & Development
Rapid production of test articles and prototype parts. Iterate designs quickly with CNC flexibility.
Aerospace Materials
Carbon Fiber Composites
Lightweight, stiff, and strong. Extremely abrasive—requires diamond or diamond-coated tooling. Dust is hazardous and must be collected and contained.
Fiberglass Composites
Glass fiber reinforced plastics. Less abrasive than carbon but still hard on tooling. Proper dust collection essential.
Honeycomb Cores
Nomex (aramid), aluminum, and thermoplastic honeycomb. Requires specialized tooling and techniques to cut without crushing or delaminating.
Foam Cores
Rigid foams used in sandwich constructions. Various densities for different structural requirements.
Tooling Materials
Tooling board, epoxy-based materials, and aluminum for molds and fixtures.
Aerospace Precision Requirements
Aerospace means consistent precision with documented quality.
Aerospace-Specific Requirements
Dust Extraction
Carbon fiber dust is hazardous. Enclosed cutting areas and high-efficiency extraction protect operators and equipment.
Diamond Tooling
PCD and diamond-coated tools handle abrasive composites. Higher cost offset by dramatically longer tool life.
Accuracy & Repeatability
Tight machine tolerances for parts that must fit precisely. Thermal stability for consistent accuracy.
Large Format Capability
Aircraft parts can be large. 5×10 or larger tables accommodate aerospace-scale components.
5-Axis Options
Complex composite parts may require 5-axis capability for trimming compound curves and undercuts.
Documentation
Quality systems require traceability. Machine controls that log operations support compliance requirements.
CNC Configuration for Aerospace
Enclosed Work Area
Full or partial enclosure contains composite dust. Negative pressure inside the enclosure prevents escape. Critical for operator safety and shop cleanliness.
High-Capacity Dust Collection
Powerful extraction at the source. HEPA filtration for fine composite particles. Sized for continuous operation during cutting.
Industrial Construction
Heavy, rigid frames maintain accuracy under cutting loads. Quality linear guides and ball screws for precision motion.
Spindle Selection
High-speed capability for composite tooling. Sufficient power for honeycomb and foam cutting. Tool change capability for multi-operation parts.
Aerospace-Ready CNC Solutions
Configure a CNC router for your aerospace and composite applications.