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COMAGRAV NOTUS PLUS composites and aerospace CNC router overview
COMAGRAV NOTUS PLUS carbon fiber gantry CNC routers support composite CNC routing, CFRP trimming, GFRP trimming, carbon fiber machining, fiberglass composite routing, aramid composite processing, phenolic laminate machining, tooling board machining, honeycomb structure processing, aerospace interior panel routing, UAV composite manufacturing, motorsports composite fabrication, marine composite fabrication, and advanced industrial composite part production.
COMAGRAV NOTUS PLUS Market Application
CNC Routing for Composites,
Aerospace-Adjacent & Performance Products
The COMAGRAV NOTUS PLUS carbon fiber gantry CNC router is built for composite CNC routing, carbon fiber trimming, fiberglass composite fabrication, aerospace interior panel routing, UAV component production, motorsports parts, marine composites, tooling boards, and advanced industrial composite assemblies. Its lightweight carbon fiber gantry supports high acceleration, controlled deflection, and consistent edge quality across large-format composite sheets and panels.
76.1 kg (167.8 lb)
Gantry Mass Saved
25%
Less Deflection
733 mm/s (28.9 in/s)
Max Cutting Speed
13.2 kW (17.7 hp)
High-Torque Spindle
50,000
RPM ATC Spindle
2100×6200 mm (82.7×244.1 in)
Max Format
Composites & Aerospace - NOTUS PLUS Applications
What the NOTUS PLUS Delivers for
Composite & Aerospace Fabrication
Composite panel trimming, aerospace interior routing, UAV component production, motorsports composite machining, and marine composite fabrication demand stiffness, acceleration, vacuum hold-down stability, proper dust extraction, and material-specific tooling. The NOTUS PLUS is positioned for composite manufacturers that need high-speed routing performance without the excess moving mass of a conventional heavy gantry.
CFRP & Carbon Fiber Composite Trimming
Routing and trimming Carbon Fiber Reinforced Polymer (CFRP), carbon fiber sheets, molded carbon parts, and flat composite panels for performance products, UAV components, motorsports parts, marine components, and industrial composite assemblies.
GFRP & Fiberglass Composite Routing
Processing Glass Fiber Reinforced Polymer (GFRP), fiberglass laminates, molded fiberglass parts, and composite sheet materials where controlled cutting dynamics and abrasive-material tooling are important for edge quality and repeatability.
UAV, Drone & Lightweight Vehicle Components
Composite panels, fixtures, carbon fiber parts, fiberglass components, and lightweight structures for UAV, drone, robotics, motorsports, marine, and mobility applications that require repeatable profiles and clean routed edges.
Aerospace Interior Panels & Composite Fixtures
Routing aerospace-adjacent interior panels, composite fixtures, phenolic laminates, tooling board, and advanced composite assemblies where machine stiffness, material hold-down, dust control, and application-specific tooling selection matter.
Tooling Guide - Composites & Aerospace
| Material / Application | Typical Tooling Approach | Application Notes |
|---|---|---|
| CFRP / Carbon Fiber Composites | PCD Composite Tooling | Excellent wear resistance and edge quality on abrasive carbon fiber laminates. |
| GFRP / Fiberglass Composites | Solid Carbide Composite Tooling | Designed for abrasive glass fiber materials while minimizing edge breakout. |
| Phenolic Laminates | PCD Tooling | Extended tool life on highly abrasive laminate materials. |
| Aramid / Kevlar Composites | Application-Specific Composite Tooling | Tool geometry depends on laminate construction and edge-quality requirements. |
| Aerospace Interior Composite Panels | Application-Specific Composite Tooling | Tooling selection depends on skin material, core structure, finish requirements, and production goals. |
Composite Processing Guidance: Tool selection for composite materials depends on fiber type, resin system, laminate construction, part geometry, edge-quality requirements, dust extraction strategy, vacuum hold-down, and production volume. Carbon fiber, fiberglass, aramid composites, tooling board, honeycomb structures, and aerospace interior panels often require application-specific cutter geometry and process parameters. CUTWORX USA can recommend tooling packages based on the specific composite material and production requirements.
Material Applications
Composite CNC Router Materials & Applications
This page is focused on composite and aerospace-adjacent manufacturing applications. Packaging, paperboard, vinyl, creasing, kiss-cut, and display-production tooling references have been removed to keep the page focused on advanced composite fabrication.
Carbon Fiber & Aramid Composites: CFRP, Kevlar, aramid-reinforced parts, motorsports components, UAV structures, and lightweight industrial composite assemblies.
Composite Panels: Flat composite sheet trimming, aerospace-adjacent interior panels, fiberglass laminates, phenolic laminates, and routed composite assemblies.
Composite Manufacturing Workflow
Built for Advanced Composite Routing Workflows
Composite CNC routing is not a one-size-fits-all process. Material construction, fiber orientation, resin system, fixture design, vacuum hold-down, dust extraction, spindle selection, tool geometry, feed rate, and finishing expectations all affect the final result.
High-Speed, Low-Mass Gantry Motion
The carbon fiber gantry reduces moving mass while supporting fast acceleration and controlled cutting dynamics. This is valuable for high-speed trimming and profiling of composite panels and lightweight structural parts.
Composite Dust & Debris Control
Carbon fiber, fiberglass, phenolic, and laminate routing require strong process planning around dust extraction and debris control. The machine configuration should be matched to the material and shop safety requirements.
Vacuum Hold-Down & Fixture Strategy
Composite sheets, nested parts, interior panels, and thin laminates depend on stable hold-down. Proper spoilboard design, vacuum zoning, sacrificial layers, and fixtures help maintain part accuracy during routing.
Application-Specific Tooling Packages
PCD and carbide composite tooling options should be selected based on the material stack, required edge quality, desired tool life, production volume, and finishing process. CUTWORX USA can support tooling package recommendations.
Relevant Industries
Where the NOTUS PLUS Fits in Composite Fabrication
The NOTUS PLUS is relevant to manufacturers that cut, trim, drill, profile, or machine advanced composite sheets, panels, molds, and fixtures. The strongest fit is high-speed routing of non-metallic composite materials and aerospace-adjacent components rather than heavy metal aerospace machining.
UAV & Drone Manufacturing
Routing composite frames, fixture plates, interior panels, carbon fiber sheets, fiberglass skins, and lightweight structural parts for UAV and drone production workflows.
Motorsports & Performance Products
Composite panels, carbon fiber trim parts, aerodynamic components, lightweight enclosures, tooling boards, and repeatable routed parts for performance manufacturing.
Marine Composite Fabrication
Fiberglass, carbon fiber, composite panels, patterns, molds, inserts, tooling boards, and structural components used in marine and performance boat manufacturing.
Aerospace-Adjacent Interiors & Fixtures
Interior composite panels, phenolic laminates, composite fixtures, trim panels, prototype assemblies, and non-metallic aerospace-adjacent production parts.
See It In Action
COMAGRAV NOTUS PLUS
Video Demonstrations
These videos demonstrate COMAGRAV carbon fiber gantry routing performance and machine motion. Embedded YouTube videos use privacy-enhanced YouTube URLs, lazy loading, and full player controls.
COMAGRAV Official
COMAGRAV NOTUS PLUS Carbon Fiber Gantry High-Speed Routing Demonstration
COMAGRAV Official
COMAGRAV CNC Router with Carbon Fiber Components
World Imaging News
COMAGRAV CNC Solutions with CUTWORX USA Overview
Frequently Asked Questions
Composites & Aerospace CNC Routing
Questions & Answers
The COMAGRAV NOTUS PLUS carbon fiber gantry reduces moving mass while maintaining stiffness. For composite CNC routing, that supports fast acceleration, controlled deflection, and repeatable motion across large-format CFRP, GFRP, fiberglass, phenolic, and composite panel applications.
Yes. The NOTUS PLUS is suitable for routing and trimming CFRP, GFRP, fiberglass laminates, carbon fiber sheets, molded composite parts, and other abrasive composite materials when equipped with the correct tooling, dust extraction, vacuum hold-down, and process settings.
PCD composite tooling is commonly recommended for carbon fiber and other abrasive composite materials because it provides long wear life and consistent edge performance. Final tool selection should be based on laminate construction, resin system, edge-quality requirements, part thickness, production volume, and dust extraction strategy.
Yes. The NOTUS PLUS can be configured for honeycomb structures, foam cores, tooling board, and composite panel assemblies. These materials vary significantly by core type, density, skin material, resin system, and finish requirement, so tooling and processing methods should be selected for the specific application instead of generalized.
No. This page is intentionally focused on composites, aerospace-adjacent manufacturing, UAV components, motorsports, marine composites, carbon fiber routing, fiberglass trimming, phenolic laminates, tooling boards, and advanced composite fabrication. Packaging, paperboard, vinyl, kiss-cutting, and creasing references have been removed from this category page.
Also on CUTWORX USA
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Explore COMAGRAV CNC Routing for Composite Manufacturing
Review the full carbon fiber gantry technical page, browse COMAGRAV industrial CNC router systems, and contact CUTWORX USA to discuss routing requirements for CFRP, GFRP, tooling board, aerospace interior panels, UAV components, marine composites, and performance product fabrication.
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