12 kW HSD Spindle
Optional higher-configuration spindle. Final selection follows the quoted machine build and the production requirement.
CC-481 ATC CNC Router for Cabinet & Panel Production
CC-481 ATC CNC Router for Cabinet & Panel Production
3 Axis Automatic Tool Changing for Cabinet, Door and Furniture Panel Production
Use CC-481 when one job needs cutting, drilling, grooving, profiling and engraving without stopping the operator for every tool change.
Send your sheet size, material, thickness, tool count, daily output and workshop utilities. Quick CNC will confirm whether the standard CC-481 is enough or whether a larger table, more tools, a drill bank or material-handling option is justified.
2006Quick CNC founded.
100+Countries exported to.
45 daysStandard production lead time.
Quick Answer & Standard Configuration
Start with the baseline. Upgrade only when the job requires it.
Quick answer: the recommended CC-481 baseline is a 1300 × 2500 mm 3-axis ATC router with a 9.0 kW ATC air-cooled spindle, 8-tool linear automatic tool changer, vacuum + T-slot table, servo drive system, rack-and-pinion transmission on X/Y, ball screw on Z and 0.6–0.8 MPa compressed-air supply.
1300 × 2500 mmStandard working area
9.0 kW ATCBaseline spindle
8 ToolsLinear ATC baseline
0.6–0.8 MPaCompressed air
| Item | Recommended CC-481 Baseline | When to review an upgrade |
|---|---|---|
| Working area | 1300 × 2500 mm | When the largest sheet or fixture exceeds the standard envelope. |
| Z travel | 200 mm | For thicker doors, fixtures or relief work, review 300 or 400 mm. |
| Spindle | 9.0 kW ATC air-cooled | 12 kW is optional for heavier long-bed work. |
| Tool magazine | 8-tool linear ATC | 10, 12 or 16 tools when one job needs more cutters; carousel ATC is optional. |
| Table | Vacuum + T-slot | Review fixtures and vacuum strategy for small parts, strips and low-contact-area work. |
| Drive | Servo; rack-and-pinion X/Y, ball screw Z | Confirm final motor, controller and drive package in the quotation. |
| Controller | Syntec / LNC / NK105-class options | Match the controller to workflow, operator familiarity and quotation scope. |
Who Should Choose CC-481?
Choose it when automatic tool changing removes a real production bottleneck.
Strong fit
- Cabinet factories running nested panels, door parts and grooves in one program.
- Door shops cutting MDF, plywood and decorative panels with several cutters per job.
- Acrylic and sign shops that need repeatable tool offsets and cleaner batch work.
- Furniture and panel shops that need cutting, drilling, grooving, profiling and engraving in one workflow.
Choose another solution when
- One cutter finishes most jobs and manual tool changing is not a bottleneck.
- Round columns, stair posts or chair legs are the main work without a rotary setup.
- The project requires complex 5-axis mold machining.
- Steel, stainless steel, hardened metal or deep metal cutting is the main process.
CC-481 CNC Router Applications for Cabinet, Door & Panel Production
CC-481 is positioned for cabinet panels, wardrobe panels, MDF doors, plywood cutting, acrylic letters, PVC boards, decorative panels, wood relief work and furniture components.
Choose the working area by the largest real sheet or fixture. For doors, check the thickest workpiece and required Z clearance. For acrylic, plan workholding and chip evacuation before production. For narrow strips or small offcuts, confirm fixtures instead of assuming the vacuum table alone will hold every part.
Materials and Processing Capabilities of CC-481
Material names alone are not enough. Tooling, holding, chip removal and finish requirements decide the process.
| Material | Typical CC-481 Work | Buyer / Process Note |
|---|---|---|
| MDF | Cutting, grooving, drilling, profiling | Main panel application; industrial dust extraction should be planned from day one. |
| Plywood | Cutting, profiling, drilling | Cutter geometry, holding and sheet quality affect edge finish. |
| Particle board | Panel cutting and grooves | Plan vacuum holding and dust collection for batch work. |
| Solid wood | Furniture parts, profiling, engraving, relief work | Tool selection and grain direction affect finish. |
| Acrylic | Letters, signs, cutting and engraving | Plan chip evacuation, heat control and secure workholding. |
| PVC sheet | Cutting and routing | Use suitable tooling and avoid heat buildup. |
| Aluminum composite panel | Cutting and grooving | Suitable tooling and holding are required. |
| Soft aluminum | Conditional light-duty routing | Send alloy, thickness, tolerance and finish requirements for engineering review and sample validation. |
Do not select CC-481 for steel, stainless steel, hardened metals, deep metal pocketing or high-precision metal molds.
CC-481 ATC CNC Router Technical Specifications
Separate the standard baseline from optional configurations before comparing quotations.
| Item | CC-481 Recommended Baseline / Available Scope |
|---|---|
| Model | CC-481 |
| Machine type | 3 Axis ATC CNC Router |
| Working area | 1300 × 2500 mm standard; 1500 × 3000 mm, 2000 × 3000 mm and 2000 × 4000 mm optional |
| Z travel | 200 mm standard; 300 mm and 400 mm optional for thicker doors, fixtures and relief work |
| Spindle power | 9.0 kW ATC air-cooled spindle baseline; 12 kW optional for heavier long-bed work |
| Spindle speed | 6000–24000 rpm quotation range, matched to cutter and material |
| Tool magazine type | Linear ATC standard; carousel ATC optional |
| Tool capacity | 8 tools baseline; 10, 12 or 16 tools optional |
| Tool holder | ISO30 / ER32 baseline; HSK F63 optional for higher-configuration builds |
| Table type | Vacuum + T-slot worktable |
| Vacuum zones | 6-zone vacuum layout recommended for 1325 / 1530 panel work |
| Drive system | Servo drive system with rack-and-pinion transmission on X/Y and ball screw on Z |
| Controller | Syntec / LNC / NK105-class controller options by quotation |
| Software compatibility | G-code workflow; commonly matched with Aspire, ArtCAM, Type3, Ucancam and similar CAM software |
| Voltage | 220V 1PH/3PH 50/60Hz or 380V 3PH 50/60Hz, selected for destination country |
| Compressed air | 0.6–0.8 MPa air supply for ATC and pneumatic functions |
| Dust collection | 3 kW, 5.5 kW or 7.5 kW dust collector options; choose stronger extraction for MDF batch cutting |
| Estimated 1325 shipping size | About 3400 × 2270 × 2100 mm for shipping planning |
| Estimated 1325 machine weight | About 1600 kg for standard 1325 ATC shipping planning |
| Best buyer input | Material, sheet size, thickness, tool count, voltage, air supply, dust plan and daily output target |
Configuration Options
Choose the complete cutting system, not the biggest spindle number on a quotation.
Tool changer choice
- Use linear ATC as the practical baseline for most cabinet, door and sign shops.
- Review carousel ATC when a compact tool-storage layout and spindle-side tool access better fit the machine configuration.
- Choose 12 or 16 tools only when normal jobs genuinely require more cutters.
Automatic loading and unloading is optional, not part of the standard CC-481 baseline. Evaluate it against sheet size, factory layout, operator workflow and daily output.
Utilities to prepare
- Stable 0.6–0.8 MPa compressed air.
- Industrial dust collection for MDF, plywood and particle board.
- Confirmed 220V or 380V electrical configuration for the destination.
Options worth reviewing
- Drill bank when cabinet-hole production is a bottleneck.
- Positioning cylinders for repeated full-sheet loading.
- Custom fixtures for small parts, narrow strips or acrylic signs.
- Larger Z travel for thick doors, fixtures and relief work.
When Should You Upgrade?
Pay for an option because it removes a bottleneck, not because the option list is long.
9 kW → 12 kWReview for heavier long-bed workThe 9.0 kW ATC spindle is the baseline. Review 12 kW when the project requires the higher spindle configuration.
8 → 12 / 16 ToolsUpgrade when the program needs themMore tool positions make sense when jobs repeatedly combine drilling, grooving, roughing, finishing, chamfering or engraving tools.
Linear → CarouselChoose by layout and tool accessCarousel ATC is an alternative configuration, not an automatic quality upgrade over linear ATC.
200 → 300 / 400 mm ZReview for thicker workIncrease Z travel only when the workpiece, fixture, cutter and clearance actually require it.
Add Drill BankUse it when hole production is the bottleneckCabinet work with significant drilling requirements can justify a drill-bank configuration.
Add Material HandlingReview the complete line firstLoading and unloading automation is most useful when material handling, rather than another downstream process, limits daily output.
Key Components & Build Details
Use component photos to confirm what a quoted configuration actually includes.
HSK Spindle Configuration
HSK F63 is optional for higher-configuration builds. Confirm the spindle and tool-holder package in the final quotation.
Disc Automatic Tool Changer
Carousel-style tool changing is available when that magazine layout better fits the selected configuration.
Tool Magazine Construction
The magazine layout and tool capacity are matched to the selected ATC configuration and cutter count.
M2 Rack Transmission
Rack-and-pinion transmission is used on X/Y in the recommended machine architecture.
Linear Guide Mounting Surface
The machined mounting surface forms part of the mechanical foundation for guide installation and axis assembly.
CC-481 CNC Router Structure and Drive System
Judge CC-481 as one mechanical system, not by spindle power alone. The recommended architecture combines rack-and-pinion transmission on X/Y, a ball screw on Z, machined linear-guide mounting surfaces, an ATC spindle and tool magazine, plus a vacuum + T-slot table for panel work.
During quotation review, confirm the final servo package, controller, tool-holder interface and workholding package as one configuration. A larger spindle cannot compensate for weak holding, and more tool positions do not improve output when the real bottleneck is CAM, loading, drilling, edge banding or downstream handling.
Structure data still worth confirming on the final quotation: servo brand and motor package, guide-rail specification, rack/reducer package, vacuum-pump specification and any project-specific frame or gantry details that affect the selected build.
Production Workflow
The operator still needs a stable process even when tool changing is automatic.
Prepare the CAD/CAM file and output compatible G-code.
Load the sheet against stops, vacuum zones or fixtures.
Confirm the tool set, tool length and work origin.
Hold the material with vacuum, T-slot clamps or dedicated fixtures.
Run cutting, drilling, grooving, profiling and engraving as required by the program.
Check edge finish, hole position and finished-part size.
Clean dust, inspect cutters and prepare the next sheet.
CC-481 CNC Router Testing Before Shipment
Separate standard machine inspection from any project-specific cutting check.
Axis movement check
Spindle running check
Automatic tool-change action
Worktable function
Controller operation
Electrical cabinet condition
Packing protection
Machine assembly and general inspection
Part-focused cutting check: when edge finish, hole position, material behavior or another project result is critical, send the drawing and material details before order so the check can be planned around the actual part requirement.
Send Your Drawing for a CC-481 Cutting Review
Move from brochure comparison to a project-specific engineering review before the final configuration is released.
Send Quick CNC
- Part drawing or representative CAD/CAM file.
- Material, grade/type and thickness.
- Critical dimensions, hole positions, grooves and edge-finish requirements.
- Normal cutter count and any special tooling already used in production.
- Expected daily or per-shift output.
- Workholding constraints for small parts, narrow strips or low-contact-area work.
We Review Before Final Configuration
- Whether CC-481 fits the workpiece and process.
- Working area and Z-clearance requirement.
- ATC tool capacity and whether a drill bank is justified.
- Workholding and vacuum/fixture strategy.
- Spindle, tooling and process requirements that must be confirmed in the quotation.
- Whether a representative cutting check should be planned for the project.
Delivery, Warranty And Support
Confirm commercial and support scope before the machine reaches your factory.
- Standard production lead time: 45 days.
- Machine warranty: one year; wearing parts are excluded.
- Incorrect operation, poor maintenance, unauthorized modification and human-caused damage are excluded.
- Support includes manuals, operation videos, remote technical guidance, training, maintenance and troubleshooting support.
- Quick CNC machines are CE certified; document scope should be checked against the final machine and destination country before shipment.
- Quick CNC operates under an ISO 9001 quality management system.
- For FDA, EAC, CSA or other market-specific documents, request the document check before order confirmation.
Before You Buy CC-481
These six answers decide more than a brochure comparison.
01 · Largest sheet?Use the largest real sheet, fixture and clearance requirement to choose 1325, 1530, 2030 or 2040.
02 · How many tools per normal job?If one cutter finishes most work, ATC may not be the best use of budget. If jobs use several cutters, tool capacity matters.
03 · Is drilling part of the same cycle?Frequent cabinet-hole work can justify reviewing a drill-bank configuration.
04 · What limits daily output?Do not add automatic loading if the real bottleneck is drilling, edge banding, sorting, inspection or another downstream process.
05 · Are utilities ready?Confirm voltage, phase, stable 0.6–0.8 MPa compressed air and industrial dust extraction before shipment.
06 · Panels only, or thick / shaped work?Thicker doors, relief work, fixtures or rotary parts can change Z travel, tooling and machine configuration.
A useful quotation should tell you not only what options are available, but which options your process does not need.
RFQ Checklist
Send production facts first. Configuration follows.
| Send This | Why It Matters |
|---|---|
| Main material | Decides spindle, tooling, holding and dust plan. |
| Maximum sheet / workpiece size | Decides the required working area. |
| Material thickness | Influences Z travel, cutter length and workholding. |
| Main process | Cutting, routing, drilling, grooving, engraving or profiling. |
| Daily output target | Shows whether basic ATC is enough or more automation should be reviewed. |
| Tool quantity per normal job | Decides whether 8 tools are enough or 10, 12 or 16 should be reviewed. |
| Existing CAM software | Helps confirm controller and post-processor workflow. |
| Voltage and phase | Avoids electrical mismatch at installation. |
| Compressed air | Required for ATC and pneumatic functions. |
| Dust collection plan | Critical for MDF, plywood and particle-board production. |
| Destination country | Affects electrical configuration, logistics and document review. |
| Budget range (optional) | Helps separate necessary production options from unnecessary upgrades without making budget disclosure a barrier to the first technical review. |
CC-481 FAQ
Short answers to the questions that change a buying decision.
Is CC-481 a 3-axis or 4-axis router?
CC-481 is a 3 Axis ATC CNC Router. Add a rotary device only when round legs, columns or cylindrical parts are required.
What is the standard CC-481 working area?
The recommended baseline is 1300 × 2500 mm. Larger 1500 × 3000 mm, 2000 × 3000 mm and 2000 × 4000 mm working areas are optional.
How many tools does the CC-481 hold?
The recommended baseline uses 8 tools. 10, 12 or 16 tools are optional for jobs that need more cutters.
Can CC-481 cut steel?
No. CC-481 is not intended for steel, stainless steel, hardened metals or deep metal cutting.
Does CC-481 need compressed air?
Yes. Prepare stable 0.6–0.8 MPa compressed air for the ATC and pneumatic functions.
Does CC-481 need dust collection?
Yes. MDF, plywood and particle-board production should use industrial dust collection from day one.
Is automatic loading and unloading standard?
No. Loading and unloading automation is optional and should be evaluated according to sheet size, factory layout and daily output.
Does Quick CNC test CC-481 before shipment?
The machine is assembled, inspected and tested before shipment. CC-481 checks include axis movement, spindle running, tool changing, table function, controller operation, electrical cabinet condition and packing protection. Part-focused cutting checks can be planned when drawing and material details are provided.
What should I send for a CC-481 quotation?
Send material, maximum sheet size, thickness, main process, tool count, daily output, CAM software, voltage, compressed air, dust plan, destination country and budget range.
Send the workpiece facts. Get the right CC-481 configuration.
Send the drawing, material, sheet size, thickness, normal tool count, daily output, voltage, compressed air, dust plan and destination. Quick CNC will match the machine, options, tooling and workflow to the project.