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U-R3040-5A
UNIQUE CNC
The U-R3040-5A Industrial 5-Axis CNC Router by UNIQUE CNC is a high-end CNC processing solution engineered specifically for high-demand mold-making environments. Whether you need to process complex bathtub molds, intricate plaster master models (Master Moulds), or large-format wood/epoxy patterns and foam molds, this machine's simultaneous 5-axis interpolation effortlessly handles deep cavities, severe undercuts, and steep vertical walls that standard 3-axis machines cannot reach.
Featuring a heavy-duty, stress-relieved welded steel frame that has undergone strict tempering and heat treatment, the machine ensures completely vibration-free operation at high feed speeds. Paired with an advanced RTCP (Rotation Tool Center Point) control algorithm, it delivers an exceptional surface finish, drastically reducing or entirely eliminating manual sanding and post-processing labor costs from the source.
True Simultaneous 5-Axis Linkage: Equipped with a high-precision 5-axis rotating spindle head (DAMES L500 series) capable of large-angle tilting and 360-degree rotation, ensuring the cutting tool always maintains the optimal cutting angle when machining complex curved molds like bathtubs and shower trays.
Customized High-Clearance Z-Axis: The Z-axis processing height can be customized from 800mm up to 2000mm, easily accommodating extra-thick plaster blocks, large-scale polystyrene (EPS) foam blocks, or massive composite materials.
Top-Tier CNC Control Architecture: Utilizes the TAIWAN Syntec 610MA-E5 intelligent 5-axis control system, perfectly compatible with industry-standard CAD/CAM software such as PowerMill, Fusion 360, Mastercam, and UG. It supports advanced features like break-point resume, tool radius, and length compensation.
Rigid Frame & Premium Drive System: Powered by high-power Japanese Yaskawa absolute servo motors paired with Japanese Shimpo reducers, providing massive torque required for cutting dense hardwoods, epoxy tooling boards, fiberglass (FRP), and heavy composites.
High-Efficiency Linear ATC System: The standard 12-slot linear automatic tool changer system (with HSK-63F high-precision tool holders) allows seamless switching between clearing, roughing, and fine finishing operations to maximize workshop throughput.
Technical Parameter | Detailed Specifications & Configuration |
|---|---|
Machine Model | U-R3040-5A Intelligent 5-Axis Machining Center |
Effective Working Size | Y:3000 * X:4000 * Z:1200mm Other sizes are fully customized. |
Spindle Configuration | Original Italy HITECO 11KW Water-Cooled Spindle (0-24000rpm) |
5-Axis Head Assembly | DAMES L500 Series High-Precision 5-Axis Head (B-axis: ±135°, C-axis: ±320°) |
CNC Control System | Taiwan Syntec 610MA-E5 True 5-Axis Simultaneous System (with MPG Handwheel) |
Motors & Drivers | Japanese YASKAWA Absolute Servo System + Japanese SHIMPO Reducers |
Transmission Structure | X/Y Axis: High-precision ground helical rack & pinion + HIWIN #45 heavy-load square linear rails; Z Axis: TBI high-precision ball screw |
Automatic Tool Changer (ATC) | 12-Slot Linear ATC Magazine (HSK-63F Tool Holders) |
Sanitaryware Industry: Thermoforming molds for acrylic bathtubs, hot tubs, jacuzzis, shower trays, resin vanity basins, and ceramic sanitaryware plaster casting master molds.
Pattern & Foundry Shop: Large-scale plaster master moulds, sacrificial wood foundry patterns, epoxy resin/tooling board check fixtures, automotive clay models, and full-scale yacht/marine fiberglass molds.
Automotive & Rail Transit: 3D trimming of automotive interior parts (dashboards, door panels), trimming of high-speed rail thermoformed parts, and milling of fiberglass exterior shell components.
3D Sculpture & Props: Large EPS polystyrene foam sculptures, outdoor oversized 3D signage, massive exhibition props, and solid wood complex 3D curved artwork engraving.
Compatible Materials: Plaster, Styrofoam/Polystyrene foam (EPS), Solid Wood, MDF, Tooling Board/Epoxy block, Acrylic (PMMA), ABS, Fiberglass (FRP), Carbon Fiber, and various non-metallic composite materials.
In the field of sanitaryware molds and industrial pattern-making, the U-R3040-5A is more than just a 5-axis router—it is a complete, high-efficiency digital mold production solution. By integrating multi-process machining into a single setup, it completely eliminates cumulative positioning errors caused by manual flipping. Whether processing soft plaster and foam or dense tooling boards and hardwoods, this equipment delivers an impressive positioning accuracy of ±0.1mm while reaching rapid travel speeds up to 40m/min, helping your factory shorten delivery times and win higher-value B2B orders.
We can fully customize the working table dimensions and Z-axis gantry clearance according to your specific mold sizing requirements (e.g., oversized 2-meter or 3-meter bathtub molds). Welcome to contact our sales engineers today to get a detailed product catalog, technical white papers, CAD/CAM software recommendations, and factory-direct pricing.
Q1: What types of materials can this 5-axis CNC router process?
A1: This versatile machine is engineered to process a wide range of non-metal and soft-alloy materials. It seamlessly handles hardwood, MDF, tooling board (polyurethane block), technical plastics, acrylic, EPS/EVA foam, and plaster casting composites. This makes it an ideal solution for both large-scale industrial mold production and high-precision artisan craftsmanship.
Q2: What is the primary advantage of upgrading from a 3-axis to a 5-axis CNC machine?
A2: The definitive advantage is simultaneous multi-angle machining. Unlike 3-axis setups that require manual repositioning of the workpiece for different angles, a 5-axis machine cuts continuously along complex paths. This drastically reduces setup times, eliminates alignment errors between flips, and is the only efficient way to achieve intricate 3D geometries, deep undercuts, and sweeping curved surfaces in a single operational run.
Q3: What are the routine maintenance requirements to ensure long-term accuracy?
A4: To maintain high precision, we recommend a simple monthly maintenance schedule: lubricating the high-precision guide rails and ball screws, clearing debris from the high-speed spindle motor, and running an axis calibration check. The machine utilizes a modular component design, meaning wear-and-tear parts can be quickly diagnosed and replaced with minimal downtime.
Q4: Can the working dimensions and axis travel distances be customized?
A5: Yes, absolutely. While our standard configurations feature highly popular workspaces (such as 1300 × 2500 × 1000 mm to accommodate large master molds), we specialize in tailoring the machine to your exact footprint. Whether you need an extended Z-axis for deep-dish molds or a broader X/Y bed for massive gantry structures, contact our engineering sales team for a custom blueprint.
Q5: Which CAD/CAM software ecosystems are compatible with the machine?
A6: Our CNC controllers are highly adaptable and integrate seamlessly with mainstream CAD/CAM software, including Autodesk PowerMill, Fusion 360, Mastercam, SolidWorks CAM, and UG. The machine reads standard G-code directly, allowing you to easily import your existing design files without a complicated post-processor setup.
Q6: What kind of warranty and technical after-sales support do you provide?
A7: Every machine is backed by a 1-year comprehensive warranty covering both parts and labor. We provide 24/7 technical support via email, phone, and video messaging to troubleshoot operational queries instantly. Additionally, we offer free lifetime software updates, and on-site engineering dispatch is available for complex installations, factory commissioning, or bulk orders.
Q7: What type of spindle and control system are used to guarantee precision on deep molds?
A8: To handle the immense torque and extended tool lengths required for deep mold cavity carving, the machine is equipped with a high-torque, high-RPM Italian-style air or water-cooled spindle. This is paired with an industrial-grade CNC controller (such as Syntec or Osai) featuring advanced features, ensuring smooth, vibration-free tool paths even at high feed rates.
Q8: What is the typical lead time for production, and how is the machine safely shipped?
A9: The typical production lead time for a standard or slightly modified five axis model CNC is 30 to 45 days, allowing for rigorous factory calibration and testing. Because these machines are large-scale industrial equipment, they are securely disassembled into modular subassemblies, treated with anti-rust protection to guarantee damage-free international transit.
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