Anderson Phoenix Plus

$120,000 - $200,000 Updated 2026-03-17

Key Specifications

Spindle Taper

HSK-63F

Rapid Traverse

30 m/min (1,180 ipm)

Spindle Power

18 kW (24 hp), water-cooled

machine type

3-axis bridge-gantry CNC router for composites

x travel

3,050 mm (120 in) standard

y travel

1,525 mm (60 in)

Overview

The Anderson Phoenix Plus is a high-throughput 3-axis CNC router developed specifically for composite panel processing, targeting fabricators who produce fiberglass panels, carbon fiber trim components, honeycomb sandwich structures, and thermoformed plastic assemblies at production volumes. Anderson designed the Phoenix Plus around the specific demands of composite routing — high spindle power for cutting through abrasive fiber-reinforced materials, robust dust and chip extraction integration, and a structural design that maintains positional accuracy through the vibration environment characteristic of composite trimming and routing operations.

The Phoenix Plus is built on a heavy-duty welded steel bridge-style gantry that provides the rigidity needed to maintain cutting accuracy when routing through multi-ply carbon fiber laminates and glass-fiber sandwich panels at production feed rates. Anderson uses precision linear guideways on all axes with sealed bearing and sealing arrangements to resist the fine abrasive dust generated during composite routing. The machine's control system includes feed-forward compensation to maintain contouring accuracy at elevated traverse speeds, important for production composite panel trimming where cycle time directly affects output capacity.

The Phoenix Plus spindle system is centered on a high-power electrospindle rated for continuous duty composite routing, with water cooling to maintain consistent spindle temperature over long production cycles. The machine supports multiple tool changer configurations to accommodate the range of routing, drilling, and countersinking tools required in composite panel production workflows. Anderson's composite application experience is reflected in the Phoenix Plus's vacuum workholding design, which uses a perforated spoilboard with multi-zone vacuum control specifically optimized for the clamping characteristics of large flat composite panels.

Anderson provides the Phoenix Plus with full dust extraction integration and can coordinate with industrial dust collection equipment suppliers to deliver a complete composite routing cell. The machine is targeted at aerospace Tier 2 and Tier 3 suppliers, transportation composite fabricators, and industrial composite panel manufacturers who need a purpose-built routing solution rather than a general-purpose router adapted to composite work. US-based service and support is a differentiator Anderson emphasizes for customers in defense and aerospace supply chains who require domestic supplier relationships.

Full Specifications

Parameter	Value
Machine Type	3-axis bridge-gantry CNC router for composites
X Travel	3,050 mm (120 in) standard
Y Travel	1,525 mm (60 in)
Z Travel	250 mm (10 in)
Spindle Speed	Up to 24,000 RPM
Spindle Motor Power	18 kW (24 hp), water-cooled
Spindle Taper	HSK-63F
Rapid Traverse Rate	30 m/min (1,180 ipm)
Tool Changer	Automatic, 8–16 position (configuration dependent)
CNC Control	PC-based CNC with touch-screen HMI
Table	Perforated spoilboard with multi-zone vacuum, MDF or phenolic
Dust Extraction	Integrated shroud, compatible with industrial dust collectors
Machine Weight	Approx. 5,500 kg (12,100 lb)

Strengths & Limitations

Strengths

Purpose-built composite routing architecture with sealed linear guides, abrasion-resistant drive components, and a high-power water-cooled spindle designed for sustained production composite cutting
High-power 18 kW spindle maintains consistent cutting performance through multi-ply carbon fiber, glass fiber, and honeycomb sandwich laminates without spindle load spikes that can cause delamination
Integrated dust extraction shroud and vacuum workholding system optimized for composite panel routing simplifies cell setup and reduces the integration work typically required when adapting general routers to composite applications
US-manufactured machine with domestic service network supports defense and aerospace supply chain customers with domestic sourcing requirements and rapid on-site service response
Multi-zone vacuum table design provides consistent clamping across large composite panels without mechanical clamping that risks ply damage or surface marring on finished composite skins

Limitations

The Phoenix Plus is a 3-axis machine without a 5-axis head option at this platform level; manufacturers requiring simultaneous 5-axis composite routing need Anderson's Selexx Plus 5x or Titan 5X instead
Anderson's overall market presence in dedicated composite routing is smaller than European specialists such as Thermwood, CMS, or Quintax, which have more extensive composite industry references
The machine's composite-focused design optimization may make it less versatile for woodworking or general panel production compared to Anderson's Selexx models that are configured for broader material flexibility

Best For

Aerospace Tier 2 and Tier 3 suppliers routing composite aircraft interior panels, access doors, fairing components, and carbon fiber structural trim parts in production quantities Transportation composite fabricators producing bus, rail, and automotive body panels in fiberglass and carbon fiber that require consistent trimmed-edge quality at production volumes Industrial composite panel manufacturers cutting honeycomb sandwich panels, thermoformed plastic assemblies, and glass-fiber-reinforced structural panels for construction and infrastructure markets Defense composite fabricators requiring a domestically manufactured routing system for security-sensitive composite component production in unmanned systems, vehicle armor, and shelter panels

Frequently Asked Questions

01 What composite materials is the Anderson Phoenix Plus designed to cut?

The Anderson Phoenix Plus is designed for production routing of fiber-reinforced composites including carbon fiber reinforced polymer (CFRP) laminates, glass fiber reinforced polymer (GFRP) panels, Kevlar composite structures, and honeycomb sandwich panels with composite face sheets. The machine's sealed drive components and high-power spindle handle the abrasive cutting environment these materials create. It is also suitable for routing thermoformed plastics, acrylic, and aluminum composite panels used in transportation and construction applications.

02 Does the Phoenix Plus include a dust extraction system?

The Phoenix Plus includes an integrated dust extraction shroud around the routing head that captures composite routing dust and chips at the source and directs them to an external dust collection system. Anderson coordinates with industrial dust collector suppliers and can specify appropriate extraction equipment for composite routing applications. Proper dust extraction is critical for composite routing to protect operators from hazardous fiber dust, maintain machine cleanliness, and comply with industrial hygiene requirements.

03 Can the Phoenix Plus be configured for 5-axis composite routing?

The Phoenix Plus platform is a 3-axis machine. Customers requiring 5-axis composite routing capability should consider the Anderson Selexx Plus 5x for mid-format work or the Titan 5X for large-format aerospace composite applications. Both offer full A and C axis articulation with simultaneous 5-axis contouring for compound-angle trimming, drill-normal fastener drilling, and 3D contoured composite surface machining.

04 How does Anderson support Phoenix Plus customers after installation?

Anderson provides installation, commissioning, and operator training for all Phoenix Plus customers through its US-based technical team. Ongoing support includes phone and remote diagnostic assistance, spare parts supply from US inventory, and field service visits for preventive maintenance and repair. Anderson's domestic service network is particularly valued by aerospace and defense composite fabricators who require fast response times and domestic supplier qualifications.

05 What is the table configuration for the Phoenix Plus?

The Phoenix Plus uses a perforated MDF or phenolic spoilboard with an underlying multi-zone vacuum plenum system. Vacuum zones can be individually activated to match part layouts in nested production or to concentrate clamping force under large single-panel setups. The vacuum system is sized for the clamping requirements of composite panels, which typically have smooth surfaces and require higher vacuum levels for reliable workholding than porous wood-based panels.