If you mostly cut wood signs, MDF or plywood panels, and compact parts, K30MT gives you a 1,200 × 1,200 mm working area without taking up the floor space of a full-sheet 1325 router. We usually recommend it when manual tool changes are still practical and solid workholding matters more than a long option list.
Z-axis travel is 200 mm. Send us your fixture and tool setup and we’ll check the usable material clearance around the table, cutter, spindle nose, dust hood and safe retract position.
If you want the short version before digging into the details, start here.
Start with the parts you make every week, not the biggest spindle number on a quotation. We check workpiece size, fixture allowance, tool sequence and material first, then tell you whether K30MT makes sense.
A bigger machine is not automatically a better buy. We start with your largest recurring part, tool sequence and process, then choose the machine size that solves the job without wasting floor space.
| Production requirement | Quick CNC recommendation | Our reason |
|---|---|---|
| Very small parts and minimum floor use | CNC Router 6090 | Smaller working envelope and factory footprint. |
| Compact parts requiring a square 1,200 × 1,200 mm area | K30MT | More room than a 6090 without full-sheet machine size. |
| Complete 4 × 8 ft sheets | 1325 Wood CNC Router | Processes a full sheet without repositioning. |
| Several tools used repeatedly in each program | 3 Axis ATC CNC Router | Reduces repeated manual changes and tool-length resetting. |
| Dense connector or panel drilling | Six Side Drilling Machine | Dedicated drilling architecture is more appropriate. |
| Undercuts or simultaneous multi-axis work | 4 Axis Wood CNC Router or 5 Axis Wood CNC Router | The spindle needs access beyond standard three-axis routing. |
MDF, plywood and solid wood behave differently, so we do not use one tooling and workholding recipe for all three. If edge finish, small-part holding or assembly fit matters, send the real material and we can agree a controlled test cut.
K30MT can profile, engrave, letter, groove, pocket and relief-route suitable wood-based signs and decorative panels. MDF creates fine dust and leaks air through porous material and spoilboards. Small letters may need tabs, onion skin, clamps or dedicated fixtures.
Plywood results change with face veneer, core construction, adhesive, flatness and cutting direction. When a visible edge, decorative face or joint fit affects the order, we recommend testing your actual plywood.
Solid wood moves more than sheet material because grain direction, moisture, knots and internal stress all matter. Thick, warped or irregular blanks usually need mechanical fixtures, and the finished-part tolerance still depends on the material, toolpath and holding setup—not just the machine itself.
If one or two tools finish most jobs, manual tool change can be the simpler choice. If tool changes keep interrupting production, that is when ATC starts earning its place. The same logic applies to clamps and vacuum: use the setup that actually holds your parts well.
We specify manual tool changing when one cutter completes the job or only a limited number of predictable changes are required.
When one program regularly uses four to eight tools, we recommend an ATC configuration. Repeated manual changes create downtime, repeated tool-length setting and avoidable operator error.
Send us: one representative CAM tool list and the normal batch quantity.
We recommend mechanical clamps and fixtures for small, porous, irregular, warped or thick parts. We recommend the vacuum option for suitable flat MDF and plywood when faster loading matters.
Vacuum performance depends on sealed area, zones, material porosity, spoilboard condition, leakage, cutting force and the cut-through sequence.
Send us: the smallest part, nesting layout and final cut strategy.
Send one drawing plus your normal material and tool list. We’ll review machine size, workholding and tool-change direction before quotation.
The table below covers the K30MT numbers we can support from the current configuration. For accuracy, repeatability, rapid speed, cutting feed and finished-part tolerance, we use model-specific test records instead of one generic number for every job.
| Specification | K30MT | Our quotation boundary |
|---|---|---|
| Machine type | Compact 3-axis CNC router | Flat-table wood-routing role |
| Working area | 1,200 × 1,200 mm | X/Y programmed envelope |
| Z-axis travel | 200 mm | Not usable material thickness |
| Machine dimensions | 1,750 × 1,750 × 1,600 mm | Does not include operating clearance |
| Frame / table | Welded steel frame / aluminum mechanical-clamping table | Exact clamp setup listed in our quotation |
| Optional workholding | Vacuum table with pump | We check it against your actual part and cut strategy |
| Transmission | Rack-and-pinion X/Y; ball-screw Z | 20 mm square linear guides |
| Spindle | 3.0 kW water-cooled; up to 24,000 rpm | Power and speed do not establish edge quality |
| Inverter / motors | 3.7 kW Fulling inverter / stepper motors | No servo claim |
| Tool system | Manual tool change; ER20 | Listed compatible collets: 3.175, 6 and 12.7 mm |
| Controller | DSP A11; G-code; USB/controller memory | Validated postprocessor required |
| Electrical supply | AC 380 V, three phase, 50–60 Hz | Send your factory supply and we’ll check the build |
| Reference logistics | Approx. 450 kg net; 560 kg gross; 1,950 × 1,950 × 1,850 mm packing | Use for planning; shipment figures come with the packing list |
We list the exact clamps, collets, cooling equipment, starter tools and auxiliary systems in the signed quotation.
| Base machine | Available options | Your factory prepares unless included |
|---|---|---|
| Welded steel frame and aluminum clamping table | Vacuum table and matched pump | Dust collector and ducting |
| 3.0 kW water-cooled spindle and ER20 manual tool change | Your-material test cut | CAD/CAM computer and licensed software |
| Stepper drives and DSP A11 control | Additional tooling or spare-parts package | Transformer where required |
| Spindle dust hood, manuals and remote guidance | Destination-specific electrical review | Custom fixtures, production tools and unloading equipment |
We use a compact welded structure to support the square working envelope without taking the factory space of a full-sheet router.
K30MT uses rack-and-pinion drive on X/Y and a ball screw on Z to suit this travel range and routing role. Keep the racks, pinions, guides and sensors clean, and follow the lubrication points in the machine manual.
We require cooling-water flow, pump operation, hose condition and freeze protection to be checked before operation. Do not run the spindle without effective circulation.
You still need CAD or vector software, CAM software, a postprocessor validated for the supplied controller and controlled program backups.
Send us a representative job and we can review cycle time from the drawing, material, cutter, cutting depth, tool changes, loading, workholding and inspection method. One universal output number would not tell you much about your real production.
We review the drawing, material, smallest part and critical features.
Create toolpaths and export G-code using the validated postprocessor.
Select cutters and define the manual tool-change sequence.
Prepare clamps, fixtures, vacuum zones, tabs or onion skin.
Set origin and tool length, then run with required operator checks.
Retain small parts, inspect the result and approve corrections before batch production.
Use this video to review the machine scale, gantry, spindle and worktable before sending your application details.
The video shows machine structure and operating activity. We do not use it as evidence of accuracy, cycle time, finished-part tolerance or production output.
This layout example shows a common mistake: planning space for the router but forgetting the dust collector, material movement, electrical access and maintenance room. Your final layout still needs to follow the supplied machine configuration and local safety requirements.
Before shipment, we assemble the machine, run the main functions and check the agreed inspection items. Across the Quick CNC product series, our QC framework includes CMM inspection, laser interferometer testing, Ballbar testing and 24–72-hour continuous-operation testing.
The exact test mix depends on the K30MT you order. We record the agreed checks, test duration and available measured results with the supplied machine.
Quick CNC was founded in 2006 and our machines have been exported to more than 100 countries. Before you order, we make the lead time, warranty, documents and service responsibilities clear in the quotation and final agreement.
Our standard production lead time is approximately 45 days after we receive the deposit and confirm the configuration, voltage, options, drawings and required technical details. Shipping time is separate.
We provide a standard one-year machine warranty from the date you receive the machine. We handle warranty claims through remote diagnosis and confirmation that the fault resulted from a manufacturing or component defect under normal use.
We supply CE-certified machines and operate under an ISO 9001 quality management system. Tell us the destination and selected K30MT configuration, and we’ll list the applicable CE documents during quotation review.
Your operator can handle normal checks such as tooling, cooling, dust extraction, visible sensors and obvious obstructions. For controller logic, motion parameters, spindle repair, machine geometry, safety circuits or internal electrical work, bring in Quick CNC or a qualified specialist.
Have a qualified electrician handle the power connection, protective-device selection and any measurements inside the cabinet using the supplied electrical drawing.
Send us the basics below and we can tell you whether K30MT fits, what workholding makes sense, what your factory needs to prepare and what should be included in the quotation.
For the fastest review, include a representative drawing or CAD file when you contact us.
These are the questions our sales and engineering teams answer most often before quotation.
K30MT has a 1,200 × 1,200 mm X/Y working area and 200 mm Z-axis travel. For usable material clearance, send us the table, fixture and tool setup and we’ll check it around the spindle nose and safe retract position.
No. K30MT is not intended to machine a complete 1,220 × 2,440 mm sheet in one setup. We recommend a 1325-class router when full-sheet production defines the normal workflow.
We recommend manual tool change when one cutter or a limited tool sequence completes most jobs. We recommend an ATC router when several changes repeatedly interrupt every normal program.
We normally recommend mechanical clamps and fixtures for small, porous, irregular or thick parts. We recommend vacuum for suitable flat MDF and plywood, but small cut-through parts may still need tabs, onion skin or fixtures.
Yes. We configure K30MT for MDF, plywood and solid wood with material-specific tooling, workholding, dust extraction and process settings. We recommend testing your actual material when finish or assembly fit matters.
The machine uses G-code through DSP control. You need CAD or vector software, CAM software and a validated postprocessor. We can review Type3 or another CAM package when its output matches the supplied controller.
The listed configuration uses AC 380 V, three phase, 50–60 Hz. Send us your measured voltage, phase, frequency and available capacity so we can confirm the electrical build before production.
Yes. When material, finish, holding or tolerance affects the purchase, we can agree a test scope and cut your supplied or specified material. The result applies only to the recorded material, tool, program and workholding conditions.
Our standard production time is approximately 45 days after deposit and technical confirmation, excluding shipping. We provide a one-year warranty from the date you receive the machine, plus manuals, videos, remote guidance, online training and troubleshooting support. Paid on-site service may be arranged.
Send one representative part and we’ll check machine fit, tool changes, workholding, factory utilities, test requirements and the quotation scope before you lock in the configuration.
Tell us your material, working size and production needs. Our engineers will recommend a suitable CNC machine for your business.