5 Axis CNC Router for Aluminum Wood and Foam

Model: AC-1525-5 Axis-TABLE
Working Size: 1500*2500*1000MM
Price Range: $55000.00 to $99500.00 / Set based on the configuration
Spindle: 10KW HITECO
Table: Vacuum Table with Gantry Move
Payment Terms: T/T(Telegraphic Transfer), Visa, Mastercard, American Express, and Discover cards
Warranty: 2 Years
Supply Ability: 30 Sets / Month

Description of 5 Axis CNC Router for Aluminum Wood and Foam

The 5 Axis CNC Router for Aluminum, Wood, and Foam is a high-precision machining center designed for complex 3D cutting, carving, and engraving across a variety of materials. Featuring full 5-axis motion, the spindle can approach the workpiece from any angle, enabling intricate designs, deep undercuts, and multi-surface machining with exceptional accuracy. Built on a heavy-duty, heat-treated steel frame with reinforced ribs, the machine provides outstanding stability and vibration-free operation. Ideal for aluminum, hardwood, composite boards, and foam, it is perfect for mold making, furniture components, 3D prototypes, signage, and artistic designs. Equipped with premium spindles, precision linear guides, servo motors, and advanced control systems, along with optional vacuum tables, automatic tool changers, and dust collection, this router delivers reliable performance, efficiency, and flexibility for professional manufacturing environments.

Features of 5 Axis CNC Router for Aluminum Wood and Foam

Heavy-Duty Industrial Frame – Reinforced structure with high-temperature tempering ensures maximum rigidity and long-lasting stability.
High-Precision 5-Axis Machining – Accurately milled and drilled guide rails and racks deliver superior movement accuracy for complex 3D operations.
Advanced Accuracy Verification – Precision tested with dial indicators and Renishaw laser interferometers for ultra-precise calibration.
Professional Finish – Smooth, high-quality paint protects the machine while giving a polished, professional appearance.
Safe & Reliable Packaging – Sturdy packaging guarantees secure transportation and delivery without damage.

Specification of 5 Axis CNC Router for Aluminum Wood and Foam

No.	Item	Specification
1	Model Name	AC-1525 5-Axis CNC Router
2	Machine Type	Table-move / Gantry style
3	Working Area (X×Y×Z)	1500 × 2500 × 800 mm
4	Rotary Axes Travel	C-axis: ±220°
5	Dual Pendulum Head	HS400
6	Pendulum Head Supplier	HSD
7	Spindle Power	10 kW
8	Spindle Speed	0–24,000 RPM
9	Table Size	1500 × 2500 mm
10	Table Material	Cast steel / T-slot clamping
11	Machine Frame	Heavy-duty welded steel with heat treatment
12	Axis Drive	X/Y: Rack & Pinion with linear guides
13	Max Axis Speed	X/Y: 40 m/min
14	Positioning Accuracy	±0.01 mm per 1000 mm
15	Repeatability	±0.01 mm
16	Control System	Syntec / OSAI / TPA
17	Programming Language	G-code
18	Connectivity	USB / CF card / Cable transmission
19	Voltage	AC 380V 3-Phase 50Hz (220V optional)
20	Operator Training	Minimum 2 weeks
21	Machine Dimensions	3000 × 4000 × 2500 mm
22	Total Weight	12,000 kg
23	Optional Accessories	Automatic tool changer, vacuum table, dust collection, mist cooling, rotary attachments

Application of 5 Axis CNC Router for Aluminum Wood and Foam

The 5 Axis CNC Router for Aluminum, Wood, and Foam is ideal for industries and applications that require high-precision, multi-surface machining. In the mold and die industry, it is perfect for carving and shaping non-metallic materials such as foam, PVC, plastics, and wood blocks to create detailed molds and sculptures. In automotive, aerospace, and marine industries, it can produce complex molds, prototypes, and formwork for car bodies, boat hulls, aviation parts, and other industrial patterns. For the sheet and composite material sector, the router efficiently handles insulation boards, plastic and chemical sheets, PCBs, composite panels, epoxy, resin, ABS, PP, PE, and other carbon-fiber or mixed-material sheets. Its ability to handle intricate 3D surfaces and precise multi-axis movements makes it indispensable for furniture manufacturing, signage, prototype modeling, decorative elements, and other applications where accuracy, speed, and surface quality are critical.