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Suspended floating loading — zero surface contact for high-gloss and scratch-sensitive panels
9KW air-cooled linear ATC spindle with 12 quick-change tools
Automatic loading and unloading — one operator can manage the full cycle
Taiwan LNC control with remote troubleshooting capability
72-hour continuous testing before delivery
Multi-zone vacuum table with instant adsorption and release
The D5S is built for panel furniture factories that process scratch-sensitive materials and need to reduce manual board handling. It serves these production scenarios:
Application | Typical Materials | Why the D5S Fits |
Custom wardrobes and kitchen cabinets | Melamine, MDF, plywood | Automatic loading/unloading handles full sheets without manual lifting |
High-gloss cabinet doors | PET, lacquered panels | Suspended feeding prevents surface scratches during loading |
Wall panels and interior doors | Veneer, decorative boards | Multi-zone vacuum holds delicate panels without edge damage |
Mass-custom furniture projects | Mixed panel materials | 12-tool ATC handles multiple operations per sheet without manual tool changes |
Best suited for: Small and medium furniture factories (10–50 operators) running batch customization projects, and larger operations adding a dedicated nesting station for high-gloss panel processing.
The D5S uses an automatic floating loading system that lifts panels above the table surface during transfer rather than sliding them across it. This is the core differentiator from standard push-feed nesting machines: PET, lacquered, and high-gloss coated panels arrive on the cutting table with zero surface contact, no edge bumps, and no corner scuffs.
For factories producing high-gloss cabinet doors or decorative wall panels, surface damage during loading is a leading cause of material waste. Suspended feeding eliminates that failure mode.
The loading system feeds sheets onto the vacuum table automatically, and the unloading device removes finished panels to a conveyor or stacking area. The full cycle — load, machine, unload — runs with one operator monitoring rather than two or three manually handling boards.
This configuration directly reduces labor cost per panel and removes the bottleneck of manual sheet handling, which is typically the slowest step in nesting production lines without automation.
The JST 9KW air-cooled spindle drives the linear ATC system. Air cooling eliminates the maintenance requirements of water-cooled systems — no chiller, no coolant changes, no risk of leakage in cold-climate workshops. The spindle handles cutting, grooving, and profiling across MDF, plywood, melamine, veneer, and solid wood at production feed rates.
The 9KW power range provides sufficient torque for dense hardwoods and composite panels while maintaining the high spindle speeds needed for clean edge finishing on coated boards.
The linear tool changer holds 12 quick-change tools and switches between them in 3–8 seconds during program execution. A typical cabinet panel program might use a compression bit for profile cutting, a drill bit for hinge cups, a V-bit for chamfering, and a slot cutter for grooving — all completed in a single cycle without operator intervention.
Combined with the auto tool setter (see below), tool length offsets are measured and stored automatically, so every tool cuts to the correct depth without manual Z-zeroing.
The LNC control system provides the interface between your nesting software and the machine. It supports G-code from standard CAM programs (Cabinet Vision, Alphacam, ArtCAM, Haixun) and includes remote connectivity for troubleshooting.
Remote support means that when an issue arises, SUPERSTAR CNC technicians can connect to the controller to diagnose problems without waiting for an on-site visit. For factories in regions where on-site service response takes days or weeks, this capability significantly reduces downtime.
The automatic tool setter measures tool length offsets at the start of each program or when tools are replaced. The operator places the tool in the magazine, and the machine touches off against the calibration sensor to record the offset — no manual Z-zeroing required.
This ensures consistent cutting depth across tool changes and eliminates the dimensional errors that occur when operators forget to update tool length after a bit replacement.
The vacuum table uses a multi-slot design with multi-point adsorption. Vacuum zones can be activated individually, so you can run small parts on a portion of the table while keeping full-sheet suction available for larger panels.
The system provides instant adsorption (panels hold immediately when vacuum engages) and instant release (panels are free to unload the moment vacuum releases), which keeps cycle time between sheets fast.
A 5.5KW dust collector with a floating vacuum hood captures dust at the cutting point, and a central dust collection structure manages extraction across the full table. The floating hood follows the spindle during routing to maintain extraction efficiency on moving cuts.
Dust management matters more on high-gloss panel production than on standard melamine — abrasive dust left on the table surface can scratch the next sheet loaded. The integrated system addresses this directly.
The bed structure is a high-precision heavy-duty side-hanging design, machined on a large CNC five-sided milling center. The frame undergoes a quenching and tempering process to ensure structural stability and prevent deformation over years of continuous operation.
An integrated through-type rack ensures that the gantry maintains positioning accuracy across the full working envelope, which directly affects cut quality on long panels.
Specification | Details |
Model | D5S |
Working Area (X × Y × Z) | 1300 × 2800 × 200 mm |
Spindle | JST 9KW air-cooled, linear ATC |
Tool Magazine Capacity | 12 tools (linear, quick-change) |
Drive System | Servo motor |
Control System | Taiwan LNC with remote control |
Reducer | Shimpo precision reducer |
Rack and Pinion | 1.5M |
Linear Guide Rails | X/Z axis: 25mm; Y axis: 30mm |
Positioning Method | 3+4 high-precision automatic positioning cylinders, one-key positioning and start |
Bed Structure | Heavy-duty side-hanging bed, machined on CNC five-sided milling center |
Table Structure | Multi-zone vacuum adsorption table, multi-slot design, instant adsorption/release |
Electrical Components | Schneider, Omron, CHINT |
Frequency Converter | 11KW / 380V |
Vacuum Pump | 7.5KW water-ring pump |
Dust Collector | 5.5KW, floating vacuum hood + central dust collection structure |
Gantry | Five-sided gantry milling precision machining center |
Loading System | Automatic suspended floating loading |
Unloading System | Automatic unloading device |
Tool Calibration | Auto tool setter, one-click |
Quality Control | 72-hour continuous testing before delivery |
Material | Suitability | Typical Application | Notes |
PET high-gloss panels | Excellent | Cabinet doors, wardrobe fronts | Suspended feeding prevents surface scratches |
Lacquered panels | Excellent | High-end furniture fronts | Zero contact during loading protects finish |
Veneer boards | Excellent | Wall panels, decorative doors | Vacuum holding without edge damage |
MDF | Excellent | Cabinet boxes, shelving | Standard nesting material |
Plywood | Excellent | Wardrobe carcasses, drawers | Servo drive handles density variation |
Melamine board | Good | Budget cabinet panels | Ensure correct compression bit direction |
Particleboard | Good | Economy furniture | May require reduced feed rate |
Primary furniture products: Custom wardrobes, kitchen cabinets, shoe cabinets, wall panels, and interior doors.
If your factory currently runs a standard nesting CNC router with manual loading, the D5S addresses three problems that compound as order volume grows:
1. Surface damage during loading. Push-feed loading slides sheets across the table, which scratches high-gloss and coated panels. Suspended floating loading eliminates this contact. For factories where 3–5% of high-gloss sheets are damaged during loading, the D5S recovers that loss directly.
2. Manual board handling bottleneck. Loading and unloading full 4×8 or 5×10 sheets manually requires two operators and limits cycle time to how fast they can move boards. The D5S automates both ends of the cycle, so one operator manages the machine and the labor cost per panel drops.
3. Tool change interruptions. A 12-tool linear ATC with auto tool setter means mixed-operation programs (cutting, drilling, grooving, profiling) run without operator intervention. The machine handles the full sequence, and the operator focuses on quality checks and material preparation for the next run.
SUPERSTAR CNC manufactures the D5S at our facility in Qihe County, Shandong Province. The production process is vertically integrated:
Frame fabrication: Riveting, annealing, shot blasting, and machining completed in-house
Bed treatment: Quenching and tempering process to ensure frame strength and prevent deformation
Gantry machining: Five-sided gantry milling center for precision surface machining
Sheet metal processing: Custom enclosures and structural components fabricated on-site
Assembly and testing: Every machine undergoes 72 hours of continuous operational testing covering spindle performance, tool changer alignment, vacuum table holding, and dust collection before shipment
This integration means we control the full manufacturing chain rather than outsourcing critical components. It also means spare parts availability is managed directly from the factory rather than through third-party suppliers.
Before requesting a quote, confirm the following with your team so we can match the D5S configuration to your production requirements:
Item | Why It Matters |
Panel sizes (most common and largest) | Determines whether 1300×2800mm working area is sufficient or a larger format is needed |
Material types (PET, lacquered, veneer, MDF, etc.) | Confirms suspended feeding is the right loading approach for your materials |
Daily output target (panels per shift) | Helps evaluate whether single-shift or dual-shift automation is needed |
Current CAM/nesting software | Ensures controller compatibility and post-processor availability |
Workshop floor space and layout | Automatic loading/unloading requires additional space beyond the machine footprint |
Electrical and air supply | Machine requires 380V power and clean compressed air for pneumatic systems; confirm pressure requirement before installation |
If your production involves side (horizontal) hole drilling, the D5S can be paired with our CX-1625 Side Drilling Machine for a complete panel furniture production line.
For buyers evaluating ATC CNC router options, our ATC CNC Router vs Standard CNC Router guide explains the operational differences in detail.
Is the D5S suitable for PET high-gloss panels?
Yes. The D5S uses suspended floating loading that lifts panels above the table surface during transfer, helping prevent surface contact. This makes it suitable for PET, lacquered, and other high-gloss coated panels that are sensitive to scratches during conventional push-feed loading.
What is the work size of the D5S CNC router?
The D5S has a working area of 1300mm × 2800mm × 200mm, which accommodates standard and extended panel sizes used in custom furniture production.
What is the benefit of suspended feeding?
Suspended feeding lifts the panel off the table surface during loading rather than sliding it across. This eliminates surface friction and contact, which is the primary cause of scratches on high-gloss and coated panels. Standard push-feed loading cannot guarantee this protection.
How many tools does the D5S ATC system hold?
The linear ATC magazine holds 12 quick-change tools, allowing the machine to execute routing, drilling, grooving, and profiling operations in a single program without manual tool changes.
Does the D5S support automatic loading and unloading?
Yes. The D5S integrates an automatic loading system with suspended floating feeding and an automatic unloading device, reducing manual board handling and operator workload. One operator can manage the full load-machine-unload cycle.
What furniture products can the D5S process?
Custom wardrobes, kitchen cabinets, shoe cabinets, wall panels, and interior doors. It handles MDF, plywood, melamine, PET, lacquered, and veneer panels.
How is the D5S tested before delivery?
Every D5S undergoes a 72-hour continuous testing process covering assembly verification, spindle calibration, tool changer alignment, and vacuum table performance before shipment.
What control system does the D5S use?
Taiwan LNC control system with remote troubleshooting capability. It accepts G-code through the correct post-processor. Confirm your CAM/nesting software compatibility before ordering so we can provide the matching post-processor file.
Do I need an air compressor?
Yes. The ATC system, positioning cylinders, and dust hood require clean, dry compressed air. Confirm the specific pressure requirement with our team before installation.
SUPERSTAR CNC (Jinan Jinshengxing Machinery Manufacture Co., Ltd.) has been manufacturing woodworking CNC routers and panel furniture machinery since 2003 from our factory in Qihe County, Shandong Province, China. Our machines are CE-certified and in active use by furniture manufacturers in 114 countries across Europe, North America, Southeast Asia, and the Middle East.
We sell factory direct — no distributors inflating price or filtering communication. Our engineering team works with buyers to match machine specifications to actual production requirements, including OEM configurations for non-standard applications.
Contact:
Phone/WhatsApp: +86 156 6833 1434
Email: admin@cncrouter.cn
Address: No.7 Mingjia East Road, South of Industrial Park North Road, Economic Development Zone, Qihe County, Shandong Province, China
If you're evaluating options and want to discuss your specific production setup, contact our sales team for a no-obligation consultation.