Stop changing tools by hand
If one part needs engraving, drilling and profile cutting, the ATC handles the programmed tool changes. You spend less time standing beside the machine swapping cutters.
Compact multi-tool CNC routing
K6090T-ATC 6090 ATC CNC Router with Automatic Tool Changer
If your parts fit inside a 600 × 900 mm work area and one job needs several cutters, the K6090T-ATC gives you automatic tool changing without moving up to a full-size nesting machine.
600 × 900 × 150 mm working area
2.2 kW water-cooled ATC spindle
3-position linear tool changer
DSP B57 handheld control
Use it for engraving, drilling, pocketing, grooving and profile cutting on wood, acrylic, plastics, foam and suitable light non-ferrous jobs. It is built for smaller parts and short production runs, not for continuous 4 × 8 ft sheet nesting or heavy metal removal.
Quick answer
What is the K6090T-ATC 6090 ATC CNC router?
The short version: the K6090T-ATC is a compact 600 × 900 mm-class CNC router with a 2.2 kW automatic tool-changing spindle, a 3-position linear tool magazine and DSP B57 control. It makes the most sense when a part needs two or three programmed tools but does not need a full 1325-size table.
Best fit
Small and medium parts, prototypes, signs, jigs, samples and repeatable short-run production.
Main reason to choose ATC
The machine can move from one programmed cutter to the next without stopping for a manual tool change between those operations.
Main limit
The 600 × 900 mm work area is not meant for continuous full-sheet 4 × 8 ft nesting, steel cutting or heavy aluminium removal.
Why this machine
Why choose a 6090 ATC CNC router instead of a standard 6090?
Keep the machine compact
If your parts already fit the 600 × 900 mm envelope, you do not need to jump straight to a 1325-class machine just to get automatic tool changing.
Configure it around the actual job
Send us the drawing, material, thickness, tool sequence and output target. We match the workholding, tooling, accessories and electrical setup to the job before the order is released.
Fit boundary
Is this compact 6090 ATC CNC router the right fit for your work?
Good fit
- Parts within the confirmed X, Y and Z travel
- Prototypes, samples and repeatable small-batch production
- Jobs that use several cutters in one program
- Wood, MDF, plywood, acrylic, plastics, foam and selected composites
- Controlled light engraving and profiling in suitable soft aluminium
- Workshops that need ATC capability without a full-size machine footprint
Choose another platform when
- You need continuous 4 × 8 ft or larger full-sheet nesting
- You need heavy aluminium removal or steel machining
- Your workpieces exceed the table or usable Z clearance
- You need automatic loading and unloading for high-volume panel production
- You need multi-side drilling, edge drilling or five-axis contouring
Fastest way to check: send the largest part drawing, material, thickness, required operations and output target. If the K6090T-ATC is too small or too light for the job, we will point you to a better platform instead of forcing the wrong machine into the project.
Machine specification
6090 ATC CNC Router Specifications | K6090T-ATC
This is the 600 × 900 mm configuration this page is built around. Optional equipment and destination-specific electrical details are confirmed once, in the final quotation, instead of turning every line below into a legal disclaimer.
| Model | K6090T-ATC / K6090ATC |
|---|---|
| Working area | 600 × 900 × 150 mm |
| Spindle | 2.2 kW water-cooled automatic tool-changing spindle |
| Spindle speed | Up to 24,000 rpm |
| Tool magazine | Linear type, 3 tool positions |
| Control system | DSP B57 handheld controller with USB file transfer and toolpath display |
| Drive motors | Stepper motors |
| Transmission | Taiwan TBI ball screw configuration |
| Linear guide | 15 mm square linear rail configuration |
| Worktable | T-slot table with mechanical clamps; vacuum table available as an option |
| Tool setting | Automatic tool-height sensor |
| Maximum movement speed | 8,000 mm/min |
| Maximum cutting speed | 5,000 mm/min; actual cutting parameters still depend on material, cutter and finish target |
| Electrical supply | AC 220 V, 50–60 Hz; destination voltage, phase, plug, breaker and grounding are checked before production |
| Software/file workflow | G-code workflow; ArtCAM / Type3 are listed in the source specification. We check the current CAM and post-processor workflow before order. |
| Packing reference | Approximately 1800 × 1090 × 1040 mm, 250 kg for this configuration; options can change the final packing size and weight |
Model selection
6090 CNC Router vs 6090 ATC vs Full-Size ATC CNC Router
The question is not which machine has the longest option list. It is which one fits the part size and tool sequence without making you pay for capacity you will not use.
| Platform | Best for | Tool change | Choose it when |
|---|---|---|---|
| K6090T non-ATC | Simple compact routing jobs | Manual | Your process normally uses one cutter at a time and machine simplicity matters most. |
| K6090T-ATC | Small multi-tool parts | Automatic, 3-position linear magazine | Your parts fit the 600 × 900 mm class and one program needs several cutters. |
| Full-size ATC / nesting CNC | Full sheets and higher-throughput production | Automatic | You need 4 × 8 ft or larger sheets, higher spindle power or production-line integration. |
Materials and applications
What can this mini ATC CNC router be used for?
The K6090T-ATC is aimed at smaller-format multi-tool work where repeatability and quick tool changes matter more than full-sheet capacity.
Woodworking and components
Cabinet samples, door details, furniture components, jigs, templates, reliefs and custom wood parts.
Signs, displays and prototypes
Acrylic letters, PVC signs, aluminium-composite panels, foam models, prototypes and short-run display parts.
Small-batch production
Repeat parts that need several operations such as pocketing, engraving, drilling, grooving and final profile cutting.
Recommended materials
- Solid wood, MDF, plywood, particle board and melamine-faced components
- Acrylic, PVC, engineering plastics and foam
- Selected composite materials
- Aluminium-composite panel
- Suitable soft aluminium for controlled light machining with the right cutter, parameters, lubrication and workholding
Typical operations
- Profile cutting and pocketing
- Drilling and grooving
- Engraving and sign lettering
- 2D, 2.5D and relief machining
- Jigs, fixtures, mould patterns and custom parts
ATC process
How the 3-position automatic tool changer fits a real job
You do not buy ATC because “automatic” sounds impressive. You buy it because one program may need several cutters and stopping between each operation wastes time.
1
Tool 1: roughing or pocketing
Remove material and open pockets with the cutter selected for the first operation.
2
Tool 2: drilling, engraving or detail work
The spindle returns to the linear magazine, changes tools and continues the next programmed operation.
3
Tool 3: finishing or profile cutting
Use the final position for the finishing cutter or profile tool when that sequence fits the job.
Important: actual cycle-time improvement depends on the part, toolpath, cutter sequence, feed rate, material and setup. ATC removes manual tool-change interruptions; it does not magically make every toolpath faster.
Machine structure
K6090T-ATC machine structure and motion system
The published configuration uses a machined base, ball-screw transmission on the linear axes, square linear rails, a T-slot worktable, stepper drives and DSP B57 control. The point is simple: keep the machine compact while giving the axes a controlled, repeatable motion system for the jobs this size of router is meant to handle.
Configuration
We match the 6090 ATC CNC router to your part, not the other way around
The base machine is only the starting point. The useful configuration comes from the drawing, material, cutter sequence, workholding and site conditions.
Working envelope
The page configuration is 600 × 900 × 150 mm. If the part or fixture needs more room, tell us before we lock the model.
Tool positions
The page configuration uses three tool positions. Send the tool list so we can check whether that sequence fits the job.
Workholding
T-slot clamping is the base setup. A vacuum table can be considered for suitable flat parts after we check part area, porosity and cut-through strategy.
Rotary work
A fourth-axis rotary device can be considered for cylindrical or indexed work when the controller, clearance and CAM workflow fit the application.
Send us these engineering inputs
- Largest part length, width and thickness
- Material name and grade
- DXF, DWG, STEP, PDF or clear drawing
- Operations and expected number of cutters
- Critical tolerance or finish requirements
- Daily or monthly output target
We check these before release
- Final machine drawing and interface dimensions
- Workholding and tool sequence
- Controller and CAM/post-processor compatibility
- Voltage, phase, frequency, plug and grounding
- Dust extraction, air and lubrication needs
- Packing, unloading and installation responsibilities
Soft-aluminium boundary: this is for controlled light engraving and profiling, not heavy metal removal. Send the alloy, thickness, drawing, finish target and tolerance before treating aluminium work as approved.
Testing and quality
What Quick CNC checks before the machine leaves the factory
Every ordered machine is assembled, inspected and function-tested before shipment. For this product series, the wider Quick CNC QC framework includes CMM inspection, laser interferometer testing, Ballbar testing and continuous-operation testing within a 24–72-hour range. Not every individual machine automatically receives every method, so the agreed inspection scope is tied to the order.
Configuration check
We check that the built machine matches the agreed model, table, spindle, control, options and destination electrical requirements.
Functional test
Machine movement, spindle operation, tool changing, controller functions and the agreed machine functions are checked before packing.
Evidence package
You can request the final configuration sheet, inspection checklist, machine photos, functional-test video, packing list and applicable order documents.
Manufacturer support: Quick CNC has manufactured CNC machinery since 2006 and supports machine selection, configuration engineering, production, inspection, packing, remote guidance and after-sales coordination.
Example workflow
Example: cabinet samples and branded display parts
A small workshop needs to machine cabinet sample components, engraved logos and acrylic display parts without giving up floor space to a full-size nesting line. The job uses a pocketing tool, an engraving cutter and a profile cutter.
If the parts and fixtures fit the table, the three-position ATC can cover that tool sequence. If the job needs more tools, vacuum workholding or more Z clearance, we change the configuration before the order rather than hoping it works after delivery.
This is a planning example, not a claimed customer case or measured production result.
Order and support
MOQ, lead time, packing, warranty and after-sales support
MOQ
One set for the configuration covered by this page. Final commercial terms follow the quotation.
Production lead time
About 45 days after deposit and final technical confirmation for the standard production plan shown in the source material. Shipping time is separate.
Packing and shipping
The machine is protected for export shipment and packed in a wooden case. Sea, air or multimodal shipping can be arranged based on the destination and order scope.
Warranty
One year from the date the buyer receives the machine. Coverage, exclusions, travel costs and responsibilities follow the signed agreement.
Before arrival
We can provide site-preparation guidance for power, grounding, air supply where needed, dust extraction, access and unloading.
Training and commissioning
Manuals, operation videos, remote technical guidance and online training are available. Paid on-site service may be arranged by destination and scope.
After-sales support
We provide remote guidance, troubleshooting coordination and spare-parts support after delivery.
Wearing parts, consumables, incorrect operation, improper maintenance, unauthorized modification and human-caused damage are excluded from standard warranty coverage unless the signed agreement says otherwise.
FAQ
6090 ATC CNC Router Questions Buyers Usually Ask
What is the difference between the K6090T-ATC and a standard 6090 CNC router?
The main difference is automatic tool changing. The K6090T-ATC can switch between programmed tools for operations such as engraving, drilling, pocketing and profile cutting instead of stopping for a manual tool change between those steps.
How many tools can the K6090T-ATC hold?
The configuration on this page uses a 3-position linear tool magazine. Send your expected cutter list so we can check whether three positions cover the full job.
Is a 6090 ATC CNC router worth it for small-batch production?
It makes sense when the same part repeatedly needs several cutters. If most jobs use only one cutter at a time, a non-ATC 6090 can be the simpler choice.
Can it process full cabinet sheets?
No. The work area on this page is 600 × 900 mm. It suits smaller cabinet parts, samples, jigs and components, not continuous 4 × 8 ft sheet nesting.
Can the K6090T-ATC cut soft aluminium?
It can be considered for controlled light engraving and profiling in suitable soft aluminium. Send the alloy, thickness, drawing, tolerance and finish target so we can review cutters, lubrication, chip evacuation and workholding.
Is a vacuum table available?
Yes, a vacuum table is listed as an option in the source information. Whether it is the better choice depends on part size, material porosity, cut-through strategy and available holding area.
Can you add a fourth-axis rotary device?
A rotary option is listed. We check usable diameter, length, clearance, controller function and CAM workflow before adding it to the machine configuration.
How long does production take?
The source material gives about 45 days after deposit and final configuration confirmation. Shipping, customs clearance, inland transport and installation are separate.
What warranty and training are included?
The standard warranty is one year from receipt of the machine. Manuals, operation videos, remote guidance and online training are available. Exact coverage follows the signed agreement.
What should I send for a quotation?
Send the drawing, material, thickness, largest part size, required operations, expected tool count, output target, destination and electrical requirements. That is enough for us to start matching the machine to the job.
Send the job, not just a model number
Send these details and we can build the K6090T-ATC configuration around your parts
- Largest part length, width and thickness
- Material names and grades
- Operations: cutting, engraving, drilling, grooving, relief or rotary work
- Tool list or expected number of cutters
- Daily or monthly production target
- Preferred workholding method if already known
- Destination country, voltage, phase and frequency
- Drawings, samples and any acceptance criteria that matter to you
You do not need to write a long RFQ. Send the drawing and the basics above. We will use them to check the work area, ATC sequence, workholding, options and site requirements before preparing the quotation.