UA-481 Industrial 3 Axis ATC CNC Router
UA-481 3 Axis ATC CNC Router for Woodworking
Run cabinet, furniture, door and panel jobs with fewer manual tool changes. The Quick CNC UA-481 combines a 9 kW Italy HSD air-cooled spindle, 8-tool linear ATC, Japan Yaskawa servo drive and Taiwan Syntec control on a heavy-duty 1220 × 2440 × 200 mm woodworking platform.
We configure the UA-481 around your material, drilling pattern, tool list, workholding and daily output. Send us a representative part drawing and our engineers will define the standard configuration and the exact options your production needs.
UA-481 Real Machine Views
Why Buyers Choose the UA-481
The Production Problem This Machine Solves
A basic router may be enough for simple one-tool cutting. Production becomes slower and more operator-dependent when one part needs several cutters, repeated manual tool changes, strong sheet holding and stable motion through daily batch work.
The UA-481 brings the spindle, ATC, servo drive, Syntec control and double-layer vacuum table into one woodworking platform. This lets one CNC program move through multiple machining operations with fewer interruptions and keeps more of the process inside the machine.
Heavy-Duty Production Platform
We build the UA-481 for repeated cabinet, furniture, door and panel machining rather than occasional light routing. The heavy steel structure, 30 mm square linear guides and full 1220 × 2440 mm working area give buyers an industrial base for daily production.
Industrial Drive and Control Package
The reference configuration combines an Italy HSD spindle, Japan Yaskawa 850 W servo motors and Taiwan Syntec control. This gives the UA-481 a servo-driven motion platform and an industrial control system with room for approved machine-function expansion.
Automatic Multi-Tool Machining
The 8-position linear ATC allows one program to move through cutting, grooving, drilling, pocketing, engraving and carving operations without stopping for every manual tool change.
Clear Upgrade Path
When your parts add dense drilling, side machining or cylindrical work, we can configure boring-head, aggregate-head, C-axis or rotary-axis solutions around the drawing instead of forcing those jobs onto the standard machine.
Best-Fit Applications and Parts
We recommend the standard UA-481 when parts are mainly machined from the top with X, Y and Z motion and the process benefits from automatic tool changing.
Typical Parts
- Cabinet doors, cabinet side panels and wardrobe panels.
- Furniture fronts, table components and custom furniture parts.
- Wooden doors, decorative wall panels and relief panels.
- Sign panels, acrylic parts and selected plastic components.
- Guitar parts, wood crafts and other routed or carved components within the working envelope.
Typical Operations
- Panel cutting and profile routing.
- Grooving, pocketing and top-side drilling.
- Engraving and relief carving.
- 3D surface carving within a standard 3-axis toolpath.
- Multi-tool batch programs using the 8-position ATC.
When We Recommend Another Configuration
- For dense repetitive hole patterns, we can add a boring head or recommend a dedicated drilling/PTP solution.
- For approved side-machining requirements, we can review a C-axis or aggregate-head configuration.
- For cylindrical workpieces, we can add a rotary-axis solution.
- For continuous angled, multi-face or complex surface machining, we recommend moving directly to a 4-axis or 5-axis platform.
UA-481 Reference Specifications
| Specification | UA-481 Reference | Why It Matters |
|---|---|---|
| Model | UA-481 | Heavy-duty 3 axis ATC CNC router for industrial woodworking |
| Axis | 3 Axis | Standard X/Y/Z machining for top-side routing, drilling, grooving and carving |
| Working area (X × Y × Z) | 1220 × 2440 × 200 mm | Covers standard 4 × 8 ft-class sheet and panel work |
| Machine size | 2100 × 3800 × 2300 mm | Helps plan floor space, access and installation |
| Repositioning resolution | 0.02 mm | Published repeat-position reference for repeated part programs and production setup |
| X/Y movement | Rack and pinion, gear drive | Supports fast travel across the full sheet-size work area |
| Z movement | Ball screw drive / Taiwan | Provides controlled vertical positioning for routing and drilling |
| Linear guide | 30 mm square linear guide / Taiwan | Matches the heavy-duty frame and full-size working envelope |
| Maximum rapid speed | 80,000 mm/min | Machine movement rating for non-cutting travel |
| Maximum cutting speed | 50,000 mm/min | Published maximum feed; the actual process is set from material, cutter and finish target |
| Spindle | 9 kW Italy HSD air-cooled spindle | High-power woodworking spindle for continuous multi-operation machining |
| Spindle speed | 24,000 rpm | Supports common woodworking routing and carving tools |
| Tool magazine | 8-position linear automatic tool changer | Reduces manual tool changes in multi-tool production programs |
| Inverter | 11 kW | Matched to the spindle power requirement of the reference configuration |
| Servo system | Japan Yaskawa servo motors, 850 W | Closed-loop servo drive for responsive axis control |
| Controller | Taiwan Syntec | Industrial CNC control with expansion capability for approved options |
| Worktable | Double-layer vacuum table | Supports full-sheet and panel holding during production |
| Power supply | AC380 V / 50–60 Hz / 3-phase | Reference electrical requirement; we confirm the destination supply before order |
| Software | AlphaCAM | Supports the programmed woodworking workflow used with the Syntec controller |
| Positioning pins | X-axis 2 pcs / Y-axis 3 pcs | Helps operators locate repeat sheets before machining |
Maximum rapid and cutting-feed values are machine ratings. We set the real machining feed from the material, cutter, depth of cut, toolpath, workholding, extraction and required surface finish. The final quotation and approved configuration sheet identify the components supplied with the ordered machine.
Heavy-Duty Frame for Continuous Woodworking Production
We build the UA-481 around a heavy-duty steel machine bed and temper the frame to reduce residual welding stress. This gives the machine a more stable structural base for repeated cabinet, furniture and panel machining.
The 30 mm square linear guides, rack-and-pinion X/Y drive and ball-screw Z axis are matched to the full-size working envelope. We then complete machine calibration, motion checks and production setup around the ordered configuration.
9 kW Italy HSD Spindle + 8-Tool Linear ATC
The UA-481 uses a 9 kW Italy HSD air-cooled spindle rated up to 24,000 rpm. We pair it with an 8-position linear automatic tool changer so one program can switch between routing, drilling, grooving, pocketing, engraving and carving tools automatically.
For cabinet doors, furniture parts and panel work, this combination reduces operator intervention between operations and keeps more machining inside one CNC cycle.
If your regular tool list exceeds eight positions, send us the program and cutter list. We will recommend the machine or magazine arrangement that fits the actual process.
Yaskawa Servo Motion + Syntec CNC Control
We use Japan Yaskawa 850 W servo motors with Taiwan Syntec control on the UA-481 reference configuration. This gives the machine closed-loop servo motion, responsive axis control and an industrial control platform for production machining.
The Syntec platform also supports approved machine-function expansion beyond the standard three-axis configuration. When your project needs a boring head, C-axis, aggregate head or rotary-axis solution, our engineers match the control, hardware and postprocessor to the ordered machine.
Taiwan Syntec
Industrial CNC control for the reference UA-481 configuration and approved function expansion.
Japan Yaskawa 850 W
Closed-loop servo drive for responsive axis control.
Double-Layer Vacuum Table and Workholding
The UA-481 uses a double-layer vacuum table for full-sheet and panel work, while the X/Y positioning pins help operators locate repeat sheets before machining.
Large MDF, plywood and furniture panels are straightforward to hold when the spoilboard, sealing zones and vacuum supply are set correctly. Small, porous, warped or heavily cut-through parts may need tabs, clamps or a dedicated fixture.
We review cutter diameter, cutting depth, smallest held part, cut-through sequence and edge-finish target when we configure the holding and tooling setup.
Typical UA-481 Cabinet and Furniture Workflow
Load the MDF, plywood, solid-wood blank or panel onto the worktable.
Locate the sheet or part with the positioning pins and selected datum.
Apply vacuum holding or the approved mechanical fixture.
Run cutting, grooving, drilling, pocketing or carving toolpaths.
Let the 8-position ATC change cutters automatically as the program requires.
Complete the final profile or finishing toolpath and unload the part.
This is the workflow the UA-481 is built to simplify: fewer manual tool changes, repeatable sheet positioning and a clear path from raw panel to finished CNC-machined component.
Standard Configuration and Upgrade Options
The reference UA-481 combines the 9 kW HSD spindle, 8-position linear ATC, Yaskawa servo system, Syntec control, double-layer vacuum table, 30 mm linear guides, 11 kW inverter and positioning pins.
Spindle + ATC
9 kW HSD spindle with 8-position linear automatic tool changer.
Motion + Control
Yaskawa servo system with Taiwan Syntec control.
Workholding
Double-layer vacuum table with positioning pins.
Machine Structure
30 mm linear guides with 11 kW inverter in the reference configuration.
Becker Vacuum Pump
Available when the holding requirement and buyer preference justify the upgrade.
Boring Head
Recommended for production with dense repetitive drilling patterns.
C-Axis
Available for approved applications that need additional controlled tool orientation.
Aggregate Head
Used for approved side-drilling or side-routing requirements after drawing review.
Rotary Axis
Available for cylindrical or indexed workpieces that need the part itself to rotate.
Configured to the Part
We select these options from the part drawing and production requirement so the final configuration adds measurable process value.
UA-481 Woodworking Application and Process Video
The UA-481 is designed for cabinet and furniture part cutting, door profiling, grooving, pocketing, drilling, engraving and relief carving. The 8-tool linear ATC moves between cutters automatically while the vacuum table holds suitable sheets and panels through the programmed process.
Use the video to review the machine layout, tool-changing process and woodworking workflow. Send us your own drawing and material and we will match the tooling, workholding and options to your production.
Machine Testing, Production and Alignment Checks
Machine Testing and Pre-Shipment Inspection
Before shipment, we inspect machine assembly, axis movement, spindle operation, automatic tool changing, electrical functions, lubrication and vacuum operation for the ordered UA-481 configuration.
When the order includes sample machining or additional acceptance checks, we confirm the material, drawing, test method and acceptance requirements before shipment so the buyer receives a clear machine-specific record.
Quick CNC Production and Alignment Checks
Quick CNC has manufactured CNC machinery since 2006. We convert the buyer's drawing, material, required operations and factory conditions into an approved configuration, then assemble, inspect, test, pack and support the machine within the signed order scope.
Our inspection work covers the applicable alignment, motion, spindle, tool-change, electrical, lubrication and vacuum checks for the ordered machine. Additional sample-machining or acceptance checks can be included when the application requires them.
Assembly
Machine assembly and ordered-configuration inspection.
Motion
Axis movement and applicable alignment checks.
Tool Change
Spindle operation and automatic tool-change verification.
Machine Functions
Electrical, lubrication and vacuum operation checks.
Information Needed for an Accurate UA-481 Configuration
Send our engineers the information that directly changes the machine setup:
Material
Material and thickness range.
Part Size
Maximum sheet or part size.
Operations
Required cutting, drilling, grooving, carving and side-machining operations.
Tool Count
Current or expected tool count.
Optional Functions
Any boring-head, aggregate-head, C-axis or rotary-axis requirement.
Output Target
Batch size, sheets or parts per shift and output target.
Electrical Supply
Country, plant voltage, phase and frequency.
Drawing
2D drawing, 3D model or representative part file.
MOQ, Lead Time, Packing and After-Sales Support
One-Machine Projects
Quick CNC accepts one-machine projects.
Approximately 45 Days
Standard production lead time is approximately 45 days after the order and configuration are confirmed. Custom options and final technical scope may change the schedule; freight time is separate.
Export Shipment Preparation
We prepare the machine for export shipment and confirm the packing plan, unloading method and destination requirements after the final configuration is approved.
One-Year Standard Warranty
Quick CNC provides a standard one-year machine warranty under the final signed agreement, together with manuals, operation videos, remote technical guidance, online training, troubleshooting and spare-parts coordination according to the ordered service scope.
Frequently Asked Questions
Is the UA-481 a 3 axis CNC router?
Yes. The standard UA-481 is a 3 axis ATC CNC router using X, Y and Z motion. Boring-head, C-axis, aggregate-head and rotary-axis solutions are optional project configurations.
What is the UA-481 working area?
The reference working area is 1220 × 2440 × 200 mm, covering standard 4 × 8 ft-class sheet and panel machining.
What spindle does the UA-481 use?
The reference machine uses a 9 kW Italy HSD air-cooled spindle with a listed maximum spindle speed of 24,000 rpm.
How many tools can the automatic tool changer hold?
The UA-481 uses an 8-position linear automatic tool changer, allowing multi-tool programs to run with fewer manual cutter changes.
Is the UA-481 suitable for cabinet and furniture production?
Yes. We recommend it for cabinet parts, furniture components, doors, panels and custom woodworking that require cutting, drilling, grooving, pocketing, engraving or carving with multiple tools.
Can the UA-481 process a full 4 × 8 ft sheet?
Yes. The 1220 × 2440 mm X/Y working area is built around the standard 4 × 8 ft-class panel format.
How do I choose between the UA-481 and a nesting CNC machine?
Choose the UA-481 when you need a heavy-duty ATC router for mixed woodworking operations. For high-volume flat-panel nesting with automatic loading, labeling or unloading, we recommend a dedicated nesting production solution.
Can a boring head be added?
Yes. We can add a boring head when repetitive drilling patterns are a major part of the production cycle.
Can the UA-481 perform side machining?
Yes, with the correct optional configuration. We can review C-axis or aggregate-head solutions for approved side-machining requirements after checking the drawing, clearance and tooling.
Can a rotary axis be added?
Yes. We can add a rotary-axis solution for cylindrical or indexed workpieces.
What controller and servo system does the UA-481 use?
The reference machine uses a Taiwan Syntec controller and Japan Yaskawa 850 W servo motors.
What power supply is required?
The published reference is AC380 V, 50–60 Hz, 3-phase. We confirm the destination electrical package before the machine is ordered.
What should I send for a quotation?
Send the material, thickness, maximum part size, required operations, tool count, output target, destination electrical supply and a representative drawing or 3D model.
Get a UA-481 Configuration for Your Production
Send your material, part drawing, required operations, tool count, output target and destination. Quick CNC will configure the UA-481 around the job and recommend the standard machine or the exact options that improve your production process.
Related CNC Solutions and Selection Guides
When another architecture fits better, we can recommend the solution from the part geometry, drilling requirement and production flow, then configure the exact model around the drawing.