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COMAGRAV NOTUS PLUS Industrial CNC Router
The First Industrial CNC Router with a Carbon Fiber Composite Gantry
Engineered in the Czech Republic and distributed in North America by CUTWORX USA, the COMAGRAV NOTUS PLUS is built around a carbon fiber composite gantry that saves 76.1 kg of moving mass for faster acceleration, lower vibration, cleaner edges, and stronger long-term production value.
76.1 kg
Moving Mass Saved
25%
Less Deflection
733 mm/s
High-Speed Cutting
120 mm
Max Material Thickness
A carbon fiber gantry CNC router replaces the conventional steel or aluminum beam with a lighter, stiffer composite structure. On the COMAGRAV NOTUS PLUS, that lighter gantry saves 76.1 kg (167.8 lbs) of moving mass and supports faster acceleration, better vibration control, cleaner edges, and more stable industrial performance.
Carbon Fiber Gantry In Action
The COMAGRAV NOTUS PLUS Carbon Fiber Gantry Upgrade Your Operations
These videos show the COMAGRAV NOTUS PLUS carbon fiber composite gantry in real production conditions, illustrating the acceleration, cut quality, and stability advantages that define this flagship industrial CNC router.
Featured Review
COMAGRAV NOTUS PLUS 3000 Carbon Fiber Gantry Spotlight
A practical look at the NOTUS PLUS platform, including the carbon fiber gantry beam, production spindle package, and industrial routing architecture.
Official COMAGRAV Demo
High-Speed PMMA and Acrylic Cutting
Official COMAGRAV footage showing the NOTUS PLUS carbon fiber gantry cutting PMMA at up to 733 mm/s with clean edge quality and dynamic control.
Key Specifications As Demonstrated
733 mm/sMax Cutting Speed
76.1 kgGantry Mass Saved
25%Lower Deflection
13.2 kWHigh-Torque Spindle
50,000 RPMATC Spindle
2100 × 6200 mmMax Format
120 mmMax Thickness
PremiumJapanese Fibers
Performance Advantage
Why the Carbon Fiber Gantry Makes the NOTUS PLUS Perform Better
The carbon fiber gantry changes the machine’s dynamic behavior in the areas that matter most to industrial production: acceleration, vibration control, edge quality, thermal stability, and long-run consistency.
Faster Acceleration
Reducing moving mass by 76.1 kg allows quicker directional changes with less overshoot in demanding production workflows.
76.1 kg SavedCleaner Edge Quality
Lower deformation and improved vibration damping support better finishes in acrylic, aluminum, ACM, and engineered materials.
25% Less DeformationThermal Stability
Carbon fiber responds far less to thermal change than conventional gantry materials, helping support dimensional repeatability.
Stable AccuracyLower Mechanical Wear
Reduced inertia lowers stress on guides, servos, racks, and related motion components over the life of the machine.
Lower Shock LoadingTechnical Deep Dive
Carbon Fiber Gantry Engineering for Industrial Stability and Speed
The NOTUS PLUS performance story comes from the interaction between lower mass, higher stiffness-to-weight ratio, lower deformation, and more stable thermal behavior.
High Stiffness-to-Weight Ratio
Carbon fiber composite structures can deliver a much higher stiffness-to-weight ratio than aluminum, enabling a gantry design that prioritizes both speed and rigidity.
Reduced Dynamic Deflection
COMAGRAV states the NOTUS PLUS gantry shows 25 percent less deformation than a standard steel gantry, directly benefiting finish quality and dimensional consistency.
Lower Vibration Transfer
The lighter gantry and composite structure reduce unwanted vibration transfer into the spindle and toolpath during sensitive material processing.
Thermal Behavior That Supports Accuracy
Lower thermal expansion helps the machine stay closer to nominal performance across changing ambient conditions and long production runs.
Long-Term Mechanical Benefit
Lower moving mass reduces repeated shock events on the drivetrain and support systems, helping support longer service life.
Flagship Platform Architecture
With spindle options up to 13.2 kW, formats up to 2100 × 6200 mm, and industrial automation capability, the NOTUS PLUS is a flagship production platform.
Performance Data
COMAGRAV NOTUS PLUS Carbon Fiber Gantry Flagship Specifications
This page centers on the carbon fiber gantry advantage, but the NOTUS PLUS is also defined by its spindle capability, bed-size flexibility, and industrial material range.
| Specification | Value | Why It Matters |
|---|---|---|
| Carbon Fiber Composite Gantry | Yes | Core technology enabling lower moving mass and better dynamic response. |
| Moving Mass Reduction | 76.1 kg | Supports faster acceleration, lower inertia, and reduced wear. |
| Deflection Reduction | 25% | Improves edge quality and finish consistency under load. |
| Maximum Cutting Speed | 733 mm/s | High-speed capability for acrylic and light-metal workflows. |
| High-Torque Spindle | 13.2 kW | Supports more aggressive industrial cutting strategies. |
| ATC Spindle | 50,000 RPM | Supports fine finishing, fast tooling changes, and production versatility. |
| Maximum Format | 2100 × 6200 mm | Supports large-format industrial sheet processing. |
| Maximum Material Thickness | 120 mm | Expands the machine range across plastics, composites, and engineered wood. |
Why It Matters
Carbon Fiber Gantry vs. Conventional Steel Gantry Behavior
The advantage is not that carbon fiber sounds advanced. The real advantage is how it changes acceleration, thermal behavior, vibration control, and long-run consistency.
COMAGRAV Carbon Fiber Gantry
Lower moving mass for faster acceleration and deceleration.
Lower deformation under dynamic load.
Better vibration damping for cleaner edge quality.
Lower thermal expansion for improved dimensional stability.
Lower wear pressure on drive and motion systems.
Conventional Steel Gantry
Higher moving mass increases inertia and slows dynamic response.
Higher deformation under demanding operating conditions.
Greater vibration transfer into the cutting system.
Less favorable thermal behavior across changing environments.
Higher cumulative stress on components over time.
Industrial Applications
Built for High-Value Materials and Demanding Production Environments
The COMAGRAV NOTUS PLUS is engineered for industrial shops that need speed, finish quality, and repeatability across plastics, non-ferrous metals, composites, signage, and precision fabrication workflows.
Aluminum
PMMA and Acrylic
Wood and MDF
Metal Industry
Stainless Steel
Brass
Need a Broader Solution Path
Looking Beyond the Carbon Fiber Flagship
If you are evaluating industrial CNC routing, flatbed cutting, tooling, materials, production speed, budget, or platform fit across the broader COMAGRAV lineup, use these paths to connect with CUTWORX USA about the right system for your workflow.
Market Fit
Where the Carbon Fiber Gantry Delivers the Most Commercial Value
The NOTUS PLUS platform is especially valuable where throughput, finish quality, thermal stability, and low-vibration dynamics directly affect profitability.
Signage and Display
High-speed acrylic, ACM, aluminum, and routed display production where edge quality and throughput directly affect output.
Plastics Fabrication
Ideal for PMMA, polycarbonate, PVC, and engineered plastic shops where vibration control and finish quality are critical.
Aluminum Processing
Supports light metal and non-ferrous machining with better dynamic behavior and improved cut stability.
Composites and Specialty Materials
Composite panels, engineered substrates, and specialty materials benefit from the gantry’s rigid, lightweight behavior.
Long-Term Value
Carbon Fiber Gantry Design Supports Lower Total Cost of Ownership
The value of the NOTUS PLUS is not limited to top speed. Lower moving mass and lower shock loading can also support lower wear, fewer adjustments, longer component life, and more stable production performance over time.
Less Mechanical Stress
Lower inertia reduces repetitive force transmitted into guides, racks, pinions, and servo-driven systems.
Fewer Accuracy Drifts
More stable thermal behavior helps reduce the frequency of calibration correction and dimensional drift.
Cleaner Output
Better vibration control reduces scrap risk and rework pressure in visible-edge production work.
Flagship Productivity
Higher throughput, better quality, and lower maintenance pressure create a stronger long-term production case.
FAQ
Frequently Asked Questions About the Carbon Fiber Gantry
These are the practical questions buyers and production teams ask when comparing the NOTUS PLUS to conventional industrial CNC router platforms.
A carbon fiber gantry replaces the traditional steel or aluminum beam that carries the spindle and Z-axis across the machine. In the NOTUS PLUS, this lowers moving mass while maintaining rigidity, helping support faster acceleration and improved dynamic accuracy.
The reduced mass allows faster acceleration and deceleration, tighter directional control, and less vibration transfer into the spindle. The result is cleaner edges, better surface finish, and more stable dimensional performance over long production runs.
Yes. The lighter gantry reduces repetitive mechanical stress on guides, servo-driven systems, racks, and pinions. Lower inertia means lower shock loading during direction changes and fewer adjustments over time.
The NOTUS PLUS is engineered for aluminum, acrylic, ACM, MDF, hardwood, PVC, foam, brass, stainless steel, composite materials, and a wide range of industrial fabrication substrates.
The COMAGRAV NOTUS PLUS is distributed in North America by CUTWORX USA. Use the contact and industrial solutions links on this page to request guidance, pricing, or a demonstration path.
Next Step
Talk with CUTWORX About the NOTUS PLUS Platform
If your operation depends on speed, cleaner output, better edge quality, and long-term machine stability, the carbon fiber gantry architecture deserves a closer look.
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