UD-481 LINEAR ATC CNC ROUTER
Eight-tool ATC and 300 mm Z travel for multi-process woodworking
We configure the UD-481 as a multi-process woodworking solution built around a 1300 × 2500 × 300 mm working envelope, an 8-tool linear magazine and the referenced 9 kW HSD, Yaskawa and Syntec 6MA package.
Share your materials, tool sequence and fixture height. Our sales and engineering team will match the spindle, vacuum, tooling and site requirements to your production before quotation.
UD-481 or UE-481?
We help you choose between UD-481 and UE-481 by matching tool count, usable clearance and component requirements to your real program.
| Production requirement | UD-481 solution | UE-481 solution |
|---|---|---|
| Tools in a normal program | Up to eight tools cover the sequence. | More than eight tools are regularly required. |
| Working envelope | 1300 × 2500 × 300 mm reference. | 1220 × 2440 × 200 mm on the current UE page. |
| Main reason to buy | Greater Z travel and the referenced HSD/Yaskawa/Syntec 6MA package. | 12-tool capacity for a larger prepared tool set. |
| Reject when | Eight positions are not enough or the job needs drill-bank/line automation. | 200 mm Z is not enough after fixture and tool clearance are counted. |
A UD-481 solution for multi-process production
We recommend UD-481 for workshops that use several tools in one program and want to reduce manual changes without moving to a full nesting line.
Applications we support
Cabinet doors, custom furniture, carved panels, stair and furniture parts, signage, acrylic and mixed low-to-medium batches.
Tool plan matched to your program
Send us one representative program or tool list. We will confirm whether eight prepared tools are enough and recommend the holder package.
When we recommend another solution
We will direct you to another configuration for automatic loading, labeling, drill-bank-led cabinet work, six-side machining, heavy metal removal or more than eight required tools.
UD-481 technical specifications
We use these reference values as the starting point for your solution. Final electrical, vacuum, layout and commercial scope follow the quotation and technical agreement.
| Model | UD-481 |
|---|---|
| Machine type | 3-axis linear ATC CNC router |
| Working area | 1300 × 2500 × 300 mm |
| Tool magazine | 8-tool linear magazine |
| Spindle | 9 kW HSD ATC spindle; referenced ISO30 air-cooled configuration |
| Spindle speed | 24,000 rpm reference |
| Drive system | Japan Yaskawa servo |
| Controller | Taiwan Syntec 6MA |
| Table | Vacuum table with T-slot clamping |
| Inverter | 11 kW |
| Listed maximum working speed | 35 m/min; actual cutting feed is process-dependent |
| Electrical supply | Configured to destination; historical reference AC 380 V, 3-phase, 50/60 Hz |
| Larger size options | 2000 × 3000 × 300 mm; 2000 × 4000 × 300 mm |
| Options | Fourth-axis attachment; Becker vacuum-pump package |
Configuration decisions that change the result
Every option must solve a real production constraint. A longer specification sheet is not automatically a better machine.
8-tool linear magazine
Best suited to: programs that use four to eight prepared tools.
We recommend another magazine when: more than eight tools are regularly required or long tools and fixtures create clearance risk.
Vacuum + T-slot table
Best suited to: flat sheets with enough sealing area.
We add mechanical holding or another table strategy when: parts are small, porous, warped or exposed to higher cutting force.
9 kW HSD spindle
We match it to: material, tool diameter, pass depth, duty cycle and speed range.
Spindle power alone does not prove: rigidity, finish, tolerance or heavy-metal capability.
Fourth-axis option
We add it when: cylindrical or indexed parts can be held safely by the confirmed fixture.
We omit it when: flat-sheet work does not need rotation or the job requires true simultaneous four-axis access.
Materials and applications—with the limits visible
The machine can support several material groups, but the tool, holding, evacuation and sample-test method must change with the job.
Wood panels and furniture parts
MDF, plywood, particle board, laminated panels, doors and furniture parts fit when the panel is flat, tooling matches the face/core and dust collection is effective. Test the smallest part and the first production panel.
Acrylic, PVC and plastics
Use sharp tooling, secure holding and material-specific chip/fume control. Test exact grade, thickness and edge requirement; one setting cannot guarantee a polished edge on every sheet.
Rigid foam and modeling board
The 300 mm Z travel can help with thicker models, but usable clearance and long-tool stability must be checked against the fixture and surface requirement.
Soft aluminum—conditional
Light routing requires rigid fixturing, dedicated low-flute tooling, chip evacuation and approved air blast or lubrication. Do not use UD-481 for steel, heavy removal or machining-center-level tolerance.
Machine structure and component package
The value of the configuration appears only when the component package, program and process conditions match.
Referenced core configuration
- 9 kW HSD ATC spindle
- 8-tool linear magazine
- Japan Yaskawa servo system
- Taiwan Syntec 6MA controller
- Vacuum table with T-slot clamping
- 11 kW inverter
Our engineering team verifies the frame, transmission, calibration, tooling, workholding and program as one complete process. Send one real file when postprocessor compatibility or complex tool calling is critical.
Production workflow and operating boundaries
- Confirm material, fixture and tool list.
- Prepare up to eight holders and verify tool numbers.
- Locate the workpiece, close unused vacuum zones and check the spoilboard.
- Run the approved program with extraction operating.
- Inspect the first part for cut-through, edge quality and movement.
- Release the batch only after acceptance.
See the UD-481 workflow
See how the UD-481 is arranged and operated. We use your final component list and approved test plan—not video alone—to define the delivered solution.
Installation, software and site preparation
Electrical and air
We confirm destination voltage, phase, frequency, breaker, cable, grounding, transformer need and final compressed-air requirement in the delivered electrical drawing.
Dust and vacuum
Size dust collection for the material and duct layout. Select the vacuum package from material porosity, smallest part, spoilboard and open table area—not from one pump number.
Software workflow
We confirm the CAM version, license responsibility, Syntec-compatible postprocessor, USB or network method and one real file before order lock.
Need a different working size, safety cover or process package? We can build a tailored solution through our custom CNC configuration service.
Factory testing, delivery and support
QC evidence
We assemble, inspect and test every machine before shipment. Our product-series framework includes CMM, laser interferometer, Ballbar and 24–72-hour continuous-operation testing. Exact UD-481 methods and results follow its approved plan and traceable records.
Delivery and support
We provide a standard production lead time of 45 days, excluding ocean freight. Standard warranty is one year from buyer receipt; exact coverage, exclusions and service responsibilities follow the final signed agreement. Manuals, videos, remote guidance and online training are available, and paid on-site service may be arranged.
Tell us what you need—we'll prepare the right UD-481 solution
Share the details below and our sales and engineering team will recommend the machine, tool count, workholding and sample-test plan for your production.
- Material grade, thickness and surface
- Largest sheet and finished part
- Maximum fixture/workpiece height
- Smallest part after cut-through
- Drawings, photos and one program/CAM file
- Tools used per program and holder sizes
- Holes, grooves, profiles, relief and rotary work
- Shift target and batch mix
- Power, dust, air and workshop layout
- Destination and sample-test criteria
UD-481 FAQ
Not in every job. We recommend UD-481 when 300 mm Z travel and its referenced HSD, Yaskawa and Syntec configuration matter and eight tools are enough. We recommend UE-481 when more than eight tools are regularly required and its working envelope fits the job.
Yes, when the representative program uses no more than eight prepared tools. Send us the tool list and program sequence, and we will confirm the right magazine and holder package.
We evaluate part area, material porosity, spoilboard condition, open table area, cut-through sequence and cutting force. When retention is a buying risk, we recommend a smallest-part sample test and the appropriate workholding solution.
We can configure UD-481 for light routing of confirmed soft aluminum with rigid holding, dedicated tooling, chip evacuation and approved lubrication or air blast. It is not a steel machine or a substitute for a metal machining center.
No. Usable clearance is reduced by the spoilboard, fixture, tool length, spindle nose, dust hood and safe retract height. Send us the part and fixture drawing, and our team will calculate the required clearance.
We define an approved pre-shipment test plan covering ATC, vacuum, electrical and grounding, continuous running and representative material cutting. Measured accuracy or output claims are supported by traceable model- or machine-specific evidence.
Build your UD-481 solution with Quick CNC
Tell us the material, largest part, fixture height, smallest part and program tool list. We will recommend the right UD-481 configuration—or a better-fit Quick CNC solution—before you place the order.