Who we recommend it to
We recommend K45MT to cabinet-door shops, decorative-panel producers and custom-furniture factories processing MDF, plywood and flat solid-wood components.
Single Head CNC Router · Manual Tool Change
K45MT 1325 Wood CNC Router for Furniture & Cabinet Doors
K45MT is a straightforward three-axis router for cabinet doors, decorative panels, plywood furniture parts, table components and other flat workpieces machined mainly from the top.
Quick answer: choose K45MT when most jobs run with one cutter or only need an occasional manual tool change. If a normal program keeps calling for several cutters, dense drilling or automatic sheet handling, we will point you to a better-fit configuration instead.
Send us the part drawing and tool list. We will check the actual workflow first, then tell you whether K45MT makes sense or whether ATC would save you more time.
Best fit
We recommend this model to door, decorative-panel and custom-furniture workshops using a limited tool set and accepting manual loading, unloading and tool changing.
Primary boundary
We will move the project to another machine configuration when it requires dense connector drilling, horizontal holes, automatic sheet handling or repeated multi-tool programs.
We will move the project to another machine configuration when it requires dense connector drilling, horizontal holes, automatic sheet handling or repeated multi-tool programs.
Buyer Fit
K45MT works best when tool changes are not slowing the whole job down
This is a focused router for flat parts, a limited tool set and top-side machining. We do not try to dress it up as a complete furniture production line.
Production pattern
This model makes sense when manual loading and an occasional cutter change are a small part of the day, not the thing holding production back.
Selection input
Send the actual part, smallest piece, tool list, hole map and output target. A “1325 table” by itself tells us almost nothing about the right machine.
Use our CNC router for woodworking guide when you are still comparing machine types. Use our CNC router size guide when working area and factory layout are the main questions.
Why K45MT
Why a simpler manual-tool-change router can be the better buy
More automation is not automatically better. If your parts are simple, your tool count is low and manual loading already fits the shop, paying for features you rarely use can be a bad deal.
One or two tools do most of the work
If one cutter completes most jobs, manual tool change stays simple and the machine does not need an ATC just to look more impressive on paper.
Flat parts are the main job
Cabinet doors, decorative panels, plywood furniture parts and table components are a natural fit when machining is mainly from the top.
You only pay for the workflow you need
When tool changes, drilling and sheet handling are not the bottleneck, K45MT keeps the machine decision focused instead of adding automation that does not solve a real production problem.
The line is simple: if tool changes start controlling cycle time, we stop pushing K45MT and compare an ATC router with you.
Technical Specifications
What stays K45MT and what we size around your job
Some parts of K45MT are the machine platform. Others, such as spindle details, vacuum layout and voltage, need to match what you actually cut. The table below keeps those two things separate.
The 200 mm figure is Z-axis machine travel. It is not a promise that a 200 mm-thick part will fit. Usable clearance changes with the spoilboard, fixture, cutter, spindle nose, dust hood and safe retract height.
| Specification | K45MT baseline | What we check for your job |
|---|---|---|
| Machine type | Three-axis, single-spindle wood CNC router | K45MT platform |
| Tool changing | Manual tool change | If your normal program uses several cutters, we compare ATC instead |
| X/Y working area | 1300 × 2500 mm | Largest sheet, finished-part size and fixture space |
| Z-axis travel | 200 mm | Actual usable clearance after spoilboard, fixture, cutter and dust hood are included |
| Spindle | Air-cooled spindle | Power and model are selected from material, tool size, depth and duty cycle |
| Reference spindle speed | Up to 18,000 rpm in the reference configuration | Exact limit follows the selected spindle |
| X/Y transmission | Rack-and-pinion transmission | K45MT reference platform |
| Z transmission | Ball-screw transmission | K45MT reference platform |
| Drive system | Stepper-motor configuration | Matched to the selected machine configuration |
| Workholding | Vacuum-capable workholding | Vacuum-only, clamps, fixtures or a hybrid setup based on the smallest part and board porosity |
| Vacuum system | 7.5 kW reference pump configuration | Pump model, quantity and zone layout are matched to the table and workpiece |
| Controller | Handheld three-axis controller | Exact controller model and CAM/postprocessor compatibility |
| Program workflow | Controller-compatible G-code and approved CAM postprocessor | Your software version, postprocessor and representative program |
| Voltage | Configured for the destination factory | Voltage, phase and frequency |
| Performance results | No generic accuracy number is claimed here | Measured values are used only when the matching machine or test record supports them |
| Dimensions and packing | Confirmed with the final machine layout | Factory access, service clearance, loading route and packing arrangement |
Suitable / Not Suitable
Here is the simple line between a good fit and the wrong machine
We recommend K45MT when
- Most jobs use one cutter or only occasional manual changes.
- Parts are flat and processed mainly from the top.
- Doors, panels and table components need cutting, grooving, pocketing or engraving.
- Manual loading and unloading fit the required output.
- Vacuum, clamps or fixtures can retain the smallest part safely.
We recommend another configuration when
- Four to eight cutters are repeatedly required inside one normal program.
- Dense connector holes, horizontal drilling or six-side processing dominate production.
- Automatic sheet loading, labeling and unloading are required.
- Parts require undercuts, inaccessible side faces or simultaneous multi-axis movement.
- The proposed workholding method cannot retain small, porous, warped or irregular parts.
Core Applications
We focus K45MT on three furniture application groups
Cabinet doors and decorative panels
We configure K45MT for profiles, glass openings, grooves, pockets, engraving, relief routing and panel cutout. Send us the CAM tool list before we approve manual tool change for a multi-process door.
Our recommendation: when a door program repeatedly uses several profile, groove, engraving and cutout tools, we normally move the project to ATC.
Plywood and engineered-board furniture parts
Table and desk panels, wardrobe and bed components, storage parts, slots, grooves, pockets, profile cutting and limited top-side spindle drilling.
Flat solid-wood and table components
We configure top-side profiles, pockets and decorative work after reviewing grain, moisture, knots, stock flatness and workholding.
Configuration Decisions
Four answers determine the configuration we quote
Manual tool change or ATC?
We quote K45MT when one tool completes most jobs. For repeated multi-tool programs, we recommend an ATC configuration.
Vacuum or hybrid holding?
We use the smallest part, board porosity and cut-through sequence to select vacuum, clamps, fixtures or a hybrid table.
Router drilling or drill bank?
We can keep limited top-side holes in the spindle workflow. For dense or horizontal holes, we recommend a PTP or drill-bank configuration.
Spindle and clearance?
We size the spindle and clearance from the material, tool diameter, depth, duty cycle and fixture—not from spindle power alone.
Selection Example
Correct table size, wrong tool-changing decision
Imagine a furniture-door program that needs six cutters for profiling, grooving, engraving and cutout. The 1300 × 2500 mm table may be perfectly suitable, but the operator would still have to stop the machine again and again to change cutters and reset tool length.
That is the point where table size stops being the main question. The tool list becomes the real machine-selection question.
For that kind of repeated multi-tool program, we would compare an ATC router instead of trying to force the job onto K45MT.
Our recommendation: buy K45MT when manual changes stay occasional. If several cutters appear in every normal program, send us the CAM tool list and we will compare the real workflow with ATC.
Material and Workholding Boundaries
Material name is only the start—we also check how the part will actually be held and cut
| Material or workpiece | Suitable processes | Main risk and control |
|---|---|---|
| MDF and HDF | Door profiles, decorative panels, grooves, pockets, engraving and relief routing | Fine dust, vacuum leakage, fuzzy edges, burning and small-part movement; use effective extraction and review tabs, onion skin or auxiliary holding |
| Plywood | Furniture-panel cutting, slots, grooves, pockets and profiles | Veneer tear-out, internal voids, warping and adhesive-related tool wear; test finish-critical or double-sided panels |
| Particle board and laminated panels | Simple panel cutting, grooves, slots and limited top-side drilling | Coating chipping, porous core and connector-hole requirements; do not treat the router as a complete cabinet line |
| Solid wood | Table tops, flat door parts, profiles, pockets and decorative components | Grain, moisture, knots, internal stress, burning and tear-out; clamps or fixtures may be more reliable than vacuum alone |
| Small furniture parts | Conditional profile cutting and pocketing | The remaining sealed area after cut-through may be insufficient; provide the smallest-part dimensions and nesting file |
Send us representative material when you process high-gloss panels, decorative plywood, unfamiliar solid-wood species, small nested parts or work with a defined tolerance or finish requirement. We apply the result only to the recorded material, tool, workholding and program conditions.
Production Workflow
We look at the whole cycle, not just the cutting time
- Prepare or import the furniture drawing.
- Generate toolpaths with an approved CAM postprocessor.
- Confirm the cutter, depth, spindle parameters and workholding.
- Load and locate the material.
- Set the work origin and tool length.
- Complete cutting, grooving, pocketing, engraving or limited drilling.
- Follow the approved safe procedure for any manual cutter change.
- Unload and inspect the finished part.
- Complete sanding, side drilling, edge banding or assembly where required.
Drilling Boundary
Send the hole map before we call K45MT a good fit for cabinet panels
We can configure K45MT for limited vertical spindle drilling when the holes are accessible from the top and the quantity does not create a production bottleneck.
Send us the hole diameter, depth, direction, quantity, connector type and drawing or CAM file. For dense connector patterns, horizontal holes or six-side processing, we will recommend equipment from our furniture CNC machine range.
We will not sell ATC as a substitute for horizontal drilling. ATC changes cutters; it does not create horizontal drilling capability.
Factory Testing and Evidence
We test the machine you actually ordered, not a generic spec sheet
Every Quick CNC machine is assembled, inspected and tested before shipment. For K45MT, the exact checks depend on the spindle, controller, table, vacuum system, voltage and any acceptance items agreed for your order.
If we show a measured value, test duration or pass result, it needs to come from the matching model or serial-machine record. We do not borrow numbers from another machine and pretend they belong here.
Functional running
Axis movement, reference functions and dry-cycle checks according to the approved plan.
Spindle and geometry
Applicable spindle condition, axis geometry, squareness and perpendicularity checks.
Table and vacuum
Bare-table or surfaced-spoilboard condition and vacuum-system checks where fitted.
Electrical and safety functions
Electrical functions, emergency-stop operation and protective grounding checks.
Running and sample work
Continuous running and representative material cutting when included in the order.
Quick CNC's company-wide QC framework includes CMM inspection, laser interferometer testing, Ballbar testing and 24–72-hour continuous-operation testing. This does not mean every K45MT receives every listed method; the applicable combination and results follow the corresponding test plan or record.
Safety, Maintenance and Downtime
The machine is straightforward, but basic maintenance still matters
Stop and isolate before intervention
Before maintenance or jam clearing, isolate electrical, vacuum, pneumatic and other stored-energy sources according to the machine-specific and site-specific procedure.
Stop the machine after smoke, sparks, burning smell, severe vibration, uncontrolled movement, repeated breaker trips, spindle collision or failure of a guard, interlock or emergency stop.
- We require trained operators and functional guards, interlocks and emergency stops.
- Inspect cutters, collets and collet nuts before each shift.
- Check workholding, spoilboard and visible vacuum leakage.
- Check spindle cooling, lubrication and dust extraction.
- Clean accessible surfaces only after the approved shutdown procedure.
- Do not force dust into guides, bearings, sensors, motors or the electrical cabinet.
- Record alarms, collisions, abnormal sound and finish changes.
- Match electronic spares to exact part numbers, voltage, firmware and parameters.
For the complete support boundary, see Quick CNC service and technical support.
Engineering RFQ
Send us these nine things and we can tell you if K45MT really fits
Two shops can both ask for a 1325 router and still need completely different machines. These nine inputs let us compare K45MT with ATC, drilling and workholding options before we quote.
- Furniture product, drawing or photograph.
- Material and thickness.
- Largest sheet or workpiece.
- Smallest finished part.
- Cutting, grooving, engraving and hole requirements.
- Tools used in one normal program.
- Output target and shift pattern.
- CAD/CAM software or representative program.
- Voltage and destination country.
Our engineering and sales teams may also request finish and tolerance requirements, floor layout, facility power, dust system, unloading route, budget, required delivery date, shipping term and certificate requirements.
Installation, Delivery and Support
Before shipment, we make sure the machine will actually fit your factory setup
Factory preparation
Send us the voltage, phase, frequency, breaker, cable, grounding, floor material and load capacity, dust collection, loading and service space, entrance route, lifting method, software workstation, network policy and installation method.
We will confirm the complete layout because the 1300 × 2500 mm working area is not the required factory footprint. Auxiliary equipment, material handling, operator access and maintenance clearance require additional space.
Delivery and warranty
Our standard production lead time is approximately 45 days after we receive the deposit and confirm the machine configuration, voltage, options, drawings and other required technical details. International shipping time is not included.
We provide a standard one-year machine warranty from the date you receive the machine. Wearing parts, incorrect operation, improper maintenance, unauthorized modification and human-caused damage are excluded unless the final agreement states otherwise.
Support scope
We provide manuals, operation videos, remote technical guidance, online training, maintenance guidance, troubleshooting and spare-parts support. We can arrange paid on-site service according to the final agreement.
We confirm parts, freight, labor, travel cost, on-site service and other commercial responsibilities after diagnosis and according to the signed agreement.
Certification boundary
Quick CNC supplies CE-certified machines and operates under an ISO 9001 quality management system. We confirm the exact K45MT configuration, destination country and document scope before you order.
CE does not prove machining accuracy or output. ISO 9001 does not certify an individual machine's dimensional result.
Frequently Asked Questions
The questions buyers usually ask before we quote
Is K45MT suitable when most furniture programs use one or two tools?
Yes. We recommend K45MT when most jobs use one cutter or only occasional manual changes between operations or batches. When repeated cutter changes interrupt every normal program, we recommend an ATC router.
When should I select ATC?
We recommend ATC when four to eight cutters are repeatedly used inside one normal program. We make that decision from the CAM tool list and complete cycle—not from the appearance of the specification sheet.
Can K45MT process MDF, plywood, particle board and solid wood?
Yes. We configure K45MT for these materials after checking the spindle, tooling, workholding and dust-extraction conditions. We also review material density, coating, grain, moisture, thickness and finish expectations.
Will the vacuum system hold small parts?
Not automatically. Send us the smallest-part size, board type and nesting layout. We may specify tabs, onion skin, mechanical fixtures or a different cutting order.
Can it drill cabinet connector holes?
Yes, for limited top-side spindle drilling when the quantity and hole pattern are commercially suitable. For dense connector holes, horizontal drilling or six-side processing, we recommend a drill-bank, PTP or six-side drilling solution.
Does 200 mm Z travel mean I can cut a 200 mm-thick part?
No. We calculate usable clearance from the spoilboard, fixture, cutter projection, spindle nose, dust hood and safe retract height.
Can I use my existing CAM software?
Usually, yes, after we verify that the software version and postprocessor match the selected controller. Send us the software name, version, postprocessor and representative program before production.
Can Quick CNC test my material and drawing?
Yes. We can arrange a representative test after you define the material, drawing, tool, workholding, parameters and acceptance criteria. We apply the result only to the recorded test conditions, not to every material or production setup.
What delivery, warranty and support are included?
Our standard production lead time is approximately 45 days, excluding international shipping. We provide a standard one-year warranty from the date you receive the machine, plus manuals, videos, remote guidance, online training, maintenance guidance and troubleshooting. Exact commercial responsibilities follow the final signed agreement.
Final Configuration Review
Send the job first. We will tell you if K45MT is the right machine.
Send the part, material, size, smallest piece, tool count, hole requirements, output target, software, voltage and destination. We will check K45MT first. If another configuration makes more sense, we will tell you before you spend the money.