ATC Nesting CNC Machine
The CNC router is designed for efficient wood board cutting. A 4-axis saw blade cutting device that can be used for efficient cutting of boards is additionally installed on the standard CNC nesting router with automatic tool changer. The automatic tool changer is equipped with 12 tools at a time, which can be used for various cutting, engraving, milling, grooving and other work scenarios.
The tool can be automatically changed during multiple process processing to improve production and processing efficiency, and the five-axis saw blade cutting device can be used for efficient cutting of various boards, whether it is the commonly used MDF board, plywood, multi-layer board, or gypsum board, aluminum-plastic board, it can easily cope with it. When cutting, due to the difference between the saw blade and the milling cutter, the saw blade can cut multiple layers of board at a time.
Compared with cutting with a milling cutter, the saw blade cutting can cut various boards at a speed of more than two to three times, and the cutting speed can reach 30,000 mm/min, which is far superior to the traditional milling cutter cutting. It can cut multiple layers at a time with completely consistent cutting accuracy and extremely high cutting efficiency, which can greatly improve processing efficiency and save costs.
It can equipped with an independent automatic labeling machine, which works with the nesting CNC machine at the same time, making it more efficient. In addition, it is equipped with an automatic loading and unloading platform, which effectively saves manpower.
Loading&Unloading Production Line with Labeling Function
Automatic labeling machine
1.Precise and Error-Free:Adopting a high-precision visual positioning or mechanical positioning system, it ensures each label is attached to the preset position, eliminating manual errors.
2.Seamless Information Connection:It can be linked with production management systems, print and paste labels containing information like product name, size, order number, and QR code in real time, and realize the traceability of the whole product life cycle.
3.Ultra-Fast and Efficient:Matching the production line rhythm, it completes the labeling action in milliseconds. Its speed is far faster than manual operation, and the efficiency is improved several times.
Drilling rig
Extremely high drilling efficiency: This is the most prominent advantage of the drill package. It can simultaneously process multiple hole positions at once (such as 32mm system bolt holes, hinge holes, connection component holes, etc.), with a speed far exceeding that of the main shaft using a single drill bit to drill one hole at a time. For workpieces with a large number of standard hole positions such as door panels and cabinet bodies, the efficiency is exponentially improved.
Automatic tool change spindle + Tool change magazine
① Fast tool change with high reliability: The machine can automatically select and replace the required tools (such as straight cutting tools, cutting tools for opening materials, milling tools, etc.) from the tool magazine according to the program without the need for operators to manually change or align the tools. This enables the equipment to operate continuously for a long time, significantly improving the equipment utilization rate.
Dual-cylinder vacuum system
The double-barrel design achieves dust classification filtration, and the suction power is increased by 40%. The high-power motor has continuous output, which completely eliminates the dust from carving and cutting. Wood chips and acrylic chips are instantly sucked out, and there is no dust accumulation inside the equipment, which prolongs the life of core components and improves the workshop environment at the same time, ensuring the health of workers and processing accuracy!
Vacuum adsorption table + high-power vacuum pump
① Full-Surface Powerful Adsorption: A high-power pump maintains continuous high negative pressure, ensuring zero displacement during processing of heavy and irregular workpieces.
② Zoned Intelligent Energy Saving: Intelligent start-stop zoning prevents idle energy consumption, resulting in more efficient electricity usage.
③Efficient Production of Fragmented Materials: Six independent zones can simultaneously fix multiple small workpieces, enabling seamless flow and efficient production.
④ Worry-Free Complex Processes: The combination of strong negative pressure and zoning ensures stability in high-precision operations such as hollowed-out engraving.
High precision positioning cylinder + Pushing device
①Second-Level Response: The air cylinder acts instantly, and the panel is automatically locked as soon as it touches the workbench, reducing manual adjustment time.
②Zero Deviation Guarantee: Vertical pressure combined with lateral pushing force in a dual-action manner completely eliminates the risk of sheet material sliding during processing, ensuring the accuracy of the cutting.
③Intelligent Joint Control: It works in synergy with the vacuum adsorption zones, solving the problem of dead angles in adsorbing irregular workpieces.
Parameter
| Technical indicators | parameter |
| Model | iGC-LT1836 |
| Working area(X,Y,Z) | 1800*3600*250mm |
| Max. working speed | 30000mm/min |
| Bed | Heavy-duty bed welded with square tubes, aging annealed, no deformation |
| Spindle Power | HQD 9.0kw air-cooled tool change spindle + drill bag (12 pieces) |
| mesa | PVC vacuum adsorption table |
| Rack | Taiwan Hiwin guide rail + YYC high-precision rack + hard helical gear shaft |
| Lead Screw | Taiwan TBI grinding screw |
| Drive motor | High power servo motor + Z-axis brake |
| Reducer | SHIMPO |
| Frequency Converter | Fuling |
| Vacuuming | Double barrel vacuum cleaner |
| Vacuum Pump | Air-cooled vacuum pump |
| Standard | Positioning cylinder + push device + secondary dust removal + suction cup + three-color light + tool setting instrument + tool lock seat |
| Control cabinet | IGOLDEN independent electric control cabinet |
| Tool magazine | The disc has 16 tool changes |
| Control System | Taiwan LNC/SYNTEC system (optional) + handle |
| Lubrication system | Automatic oil filling |
| Repeat positioning accuracy | 0.02mm |
| Command language | G Code |
ATC CNC Wood Router with Saw Blade Application
Suitable Materials Include:
Density board, particle board, oriented strand board (OSB), multi-layer board, plywood, solid wood, gypsum board, PVC board, PCB board, aluminum composite panel, melamine board, foam board, and rubber board.
Applied Products:
MDF, wardrobes, cabinets, office furniture, computer desks, tatami, TV cabinets, bedside tables, wine cabinets, bookcases, floors, wall panels, wooden boxes, wooden pallets, bathroom cabinets, furniture, ceilings, wooden doors, door panels, door frames and other products.
CNC Nesting Machine Buying Guide
An ATC CNC nesting machine with a saw blade is an advanced woodworking machine that combines automatic tool changing (ATC), routing, drilling, and saw blade cutting in one system. It is mainly used in panel furniture production to process boards efficiently and accurately.
This machine is ideal for:
Small Workshops
upgrade from manual cutting
improve efficiency
Medium Furniture Factories
reduce labor cost
increase production capacity
Large Manufacturing Plants
build fully automated production lines
1. Linear ATC Nesting CNC + Saw Blade
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tool magazine under gantry
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fast tool change
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cost-effective
2. Carousel ATC Nesting CNC + Saw Blade
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rotating tool magazine
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higher efficiency
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suitable for large factories
3. Dual Saw Blade Nesting CNC
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two saw blades for different operations
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prevents edge chipping
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higher production speed
4. Fully Automatic Nesting Production Line
Includes:
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labeling system
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loading/unloading platform
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CNC machine + saw blade
This is ideal for mass furniture production.
Approximate pricing:
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basic machine: $12,000 – $20,000
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dual saw blade machine: $20,000 – $30,000
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full production line: $30,000 – $80,000+
Price depends on configuration and automation level.
Yes — and this is in fact the defining architectural choice in panel furniture production: beam saw plus separate machining center versus nesting router as a single integrated processing station. The beam saw approach offers higher throughput on large volumes of standard rectangular parts and lower cost per part on simple cutting work. The nesting router approach offers higher flexibility for complex part shapes, eliminates the separate machining center for drilling and routing, reduces total floor space requirements, and produces fully machined parts in a single setup. For high-mix, custom, or made-to-order furniture production — where part variety is high and batch sizes are small — the nesting router consistently outperforms the beam saw approach on total cost per finished part. For high-volume production of standardized products with simple rectangular geometry, beam saws remain competitive. Most large furniture factories use both technologies in different areas of the production line, matching each approach to the product type it serves best.
