CNC Digital Cutting Machine for Corrugated Paper Board – Full Range
RT-D2516/RT-S2516 CNC Digital Cutting Machine for Corrugated Paper Board, 1600×2500mm working area, 9kW, multifunctional Swiss knife head — configured for corrugated board, rigid grey board and carton sample making.
- Tool head selection matched to material type and thickness, with vacuum table zoning to prevent lift on small parts during cutting.
- Yaskawa servo and Hiwin linear guide transmission deliver ≤0.1mm repeatability; HP-GL compatible system integrates with existing design workflows.
Sample cutting on the buyer’s own material is completed before commitment, confirming edge quality and real cutting depth for the specified substrate.
You’re now subscribed to price tracking for this product. We’ll notify you if the price drops.
Fast Delivery
Quick, reliable shipping to any location.
Free & easy returns
Return this item by mail or in store within 90 days for a full refund.
Configured Per Substrate — we match the knife type, oscillation frequency and vacuum zoning to your corrugated flute profile and board density rather than shipping a default setup and letting you discover limits on the shop floor.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | RT-D2516 / RT-S2516 |
| Product Type | CNC Digital Cutting Machine for Corrugated Paper Board and Carton Sample Making |
| Working Area | 1600 × 2500 mm |
| Overall Dimensions | 3450 × 2300 × 1250 mm |
| Rated Power | 9 kW |
| Voltage | 380V ± 10% |
| Table Type | Flat vacuum table with 7.5 kW pump |
| Tool Head | Multifunctional: Swiss imported knife, vibration full/half cutting, cursor location |
| Translational Velocity | 800–1200 mm/s |
| Cutting Speed | 200–800 mm/s (varies by material type and thickness — basis to be confirmed) |
| Repeated Accuracy | ≤ 0.1 mm |
| Transmission | Yaskawa digital servo, Hiwin linear rail, synchronous belt, ball screw |
| Instruction System | HP-GL compatible format |
| Feeding | Auto feeding with Germany imported conveyor belt |
| Pneumatic Tool Capacity | Up to 70 mm (basis to be confirmed — depends on material density) |
| Safety | Infrared sensors |
| Certification | CE |
Application Suitability
| Application | Material or Output |
|---|---|
| Carton sample making and prototyping | Single-wall, double-wall and triple-wall corrugated board |
| Rigid box and luxury packaging | Grey board and high-density chipboard |
| Short-run die-less production | Cardboard cartons, folding boxes and inserts |
| Signage and display cutting | PVC board, foam board, soft vinyl and stickers |
| Leather goods and footwear sampling | Natural leather, synthetic leather, sponge composite materials |
| Gasket and seal prototyping | Rubber, silicone and soft glass sheets |
When "Working Area" Becomes the Only Specification That Matters — And When It Shouldn’t
A cutting table sized to your sheet is only the first gate; tool head configuration and vacuum zoning determine whether the machine actually produces a sellable carton sample.
I have stood in workshops where the machine footprint matched the board, yet the creasing wheel crushed a three-ply corrugated sheet because the pneumatic pressure was never matched to the flute. On another trip, a buyer invested in a large-format table for short-run sticker work and found the vacuum zones were too broad to hold small decals flat, lifting the material mid-cut and ruining edge registration. A CNC digital cutting machine manufacturer worth engaging will ask for your material stack-up before quoting a configuration, not after [NEED_CITE: material specification workflow for flatbed digital cutting procurement].
Knife, Crease, Mark — Selecting the Right Head for Board and Beyond
The RT-D2516/RT-S2516 ships with a multifunctional tool head carrying a Swiss imported oscillating knife capable of full cutting, half cutting and cursor location. For corrugated board, the oscillation frequency and blade geometry must match the flute profile: a B-flute single-wall requires a different stroke and angle than a BC-flute double-wall. When the same machine also handles stickers and flexible materials, the drag knife or pen tool option enters the workflow for scoring and marking without cutting through the release liner. A CNC digital cutting machine manufacturer who understands packaging production will specify the head combination before production starts.
Vacuum Zoning and the Small-Part Problem Most Catalogues Ignore
A 7.5 kW vacuum pump provides substantial hold-down across the 1600 × 2500 mm table, but raw suction is not the full story. Packaging sample makers often cut nested small parts — box corners, locking tabs, internal dividers — that sit in zones too large to generate meaningful suction per square centimetre. The auto-feeding conveyor with Germany imported belt moves sheet stock onto the table efficiently, yet if the vacuum zones cannot be isolated to smaller regions, small parts lift during the final pass and spoil an otherwise accurate run [NEED_CITE: vacuum zoning standards for flatbed digital cutting of packaging substrates]. This is why zone configuration must be discussed as part of the build, not discovered during acceptance testing.
Reading the Spec Sheet Beyond the Numbers
The Yaskawa servo and Hiwin linear rail combination drives the ≤ 0.1 mm repeatability figure, which directly affects how well a crease line aligns with a cut line on a folded carton — a misalignment of even a few tenths of a millimetre causes a visible step on the finished fold. The 9 kW rated power budget must cover the vacuum pump, the servo drives, the oscillating knife motor and the conveyor simultaneously, so confirming your facility supply stays within 380V ± 10% prevents the intermittent brownouts that degrade cut consistency. HP-GL compatibility means the instruction system accepts geometry from most packaging CAD environments, but file format confirmation before order prevents a situation where the nesting output from the buyer’s existing software does not import cleanly. Cutting speed ranges from 200–800 mm/s, and the realistic figure for your workflow depends entirely on whether you are scoring grey board at low speed or cutting corrugated outlines at higher travel.
The Hidden Cost of a Default Configuration
When a buyer specifies a machine by working area and accepts a standard tool head, the first real test happens on their own material — and by then the machine is already on the factory floor. A creasing wheel set for E-flute will split the top liner of a rigid grey board, turning an entire sample batch into waste. Inadequate vacuum zoning on sticker runs causes material lift at the tail end of each cut path, producing tails that must be hand-trimmed or scrapped entirely [NEED_CITE: defect modes in digital flatbed cutting of packaging and label substrates]. These failures are not machine faults; they are specification gaps that a proper pre-order material test eliminates.
Why Source This Machine Through a Manufacturer That Builds Both Knife and Laser
In-house design and production covering both oscillating knife and laser cutting means the conversation starts with your material, not with which machine happens to be in the catalogue — corrugated board and grey board are knife work, while acrylic signage inserts and wooden prototypes may route to a laser cell instead. Tool head and table configuration are specified per material type and production volume rather than offered as a one-size default. CCD camera contour recognition is available for printed packaging samples where die-cut outlines must track registration marks on pre-printed sheets. Software compatibility is confirmed against your HP-GL or native CAD output before the order is finalised, not after delivery. Sample cutting on your own board stock — your exact flute, your exact grey board density — is performed and documented before the machine ships.
Documentation & Verification
- Machine specification sheet listing the configured tool heads and vacuum zone layout for your board types
- Electrical schematic with 380V ± 10% confirmation matching your facility transformer capacity
- Sample cutting report produced on your corrugated board and grey board stock before shipment
- HP-GL file format compatibility note showing your CAD output imports and nests correctly
- Tool head and table configuration list matched to your material thickness and flute profile
- Factory test record with dimensional checks on a corrugated carton sample before dispatch
Installation, Commissioning & Support
- Foundation must support 3450 × 2300 × 1250 mm footprint with level tolerance for accurate vacuum seal
- Dedicated 380V circuit rated above 9 kW with surge protection for servo and vacuum pump
- Table and gantry arrive partially disassembled; on-site re-alignment of Hiwin rails required
- First-run commissioning includes oscillation frequency and creasing pressure calibration on your board
- Operator training covers HP-GL import, nesting workflow and tool change procedures for each material
- Swiss knife blades, creasing wheels and vacuum seals listed as consumables with replacement intervals
What to Share Before Requesting a Quotation
Send the corrugated flute profiles and board densities you cut most often, along with maximum sheet size and typical daily sample volume. Specify your facility voltage and frequency so the electrical package matches before production starts. If you run a specific packaging CAD system, share a sample export file so software compatibility is verified in advance.
Frequently Asked Questions
Q: How do I choose between oscillating knife, drag knife and creasing wheel for different board types?
A: Oscillating knife handles corrugated board up to the confirmed thickness by vibrating through the flute structure without crushing it. Drag knife suits stickers and thin vinyl where a clean shear cut matters more than stroke depth. The creasing wheel scores fold lines on grey board and corrugated stock without cutting through. Selection is matched to each material during the pre-order configuration discussion and validated by sample cutting on your actual stock.
Q: Can I trust the published cutting speed range for my specific board and sheet size?
A: The 200–800 mm/s range reflects translational capability across different substrates, but realistic speed depends on flute type, board density and cut path complexity. Dense grey board requires slower travel for clean creasing, while single-wall corrugated outlines allow higher speed. A sample cutting report on your own material establishes the practical throughput before you commit to a daily volume target.
Q: Which cutting method fits corrugated packaging samples versus other substrates in the catalogue?
A: Corrugated board, grey board and cardboard prototypes are processed with the oscillating knife and creasing wheel because they require mechanical depth control without thermal sealing. CO2 laser suits acrylic, wood and textile applications where edge sealing is beneficial. The manufacturer covers both technologies, so the method is chosen per material rather than forcing one process across every substrate.
Q: How is file format compatibility confirmed before the order is placed?
A: The instruction system accepts HP-GL compatible output, which covers most packaging CAD platforms. Before order confirmation, a sample file from your nesting or design software is imported and run through a test cycle to verify that cut paths, crease lines and mark layers translate correctly. A written compatibility note is included in the documentation package shipped with the machine.
Q: How does the working area and auto-feeding setup scale from sample making to short-run production?
A: The 1600 × 2500 mm table accommodates standard carton sheet sizes for prototyping, and the Germany imported conveyor belt with auto-feeding allows consecutive sheets to advance without manual loading. For short-run production, throughput depends on cut complexity and material type rather than table size alone. Vacuum zone configuration and tool head selection are adjusted to match the shift from single samples to batch work.
Configured Per Substrate — we match the knife type, oscillation frequency and vacuum zoning to your corrugated flute profile and board density rather than shipping a default setup and letting you discover limits on the shop floor.
Technical Specifications
| Parameter | Value |
|---|---|
| Model | RT-D2516 / RT-S2516 |
| Product Type | CNC Digital Cutting Machine for Corrugated Paper Board and Carton Sample Making |
| Working Area | 1600 × 2500 mm |
| Overall Dimensions | 3450 × 2300 × 1250 mm |
| Rated Power | 9 kW |
| Voltage | 380V ± 10% |
| Table Type | Flat vacuum table with 7.5 kW pump |
| Tool Head | Multifunctional: Swiss imported knife, vibration full/half cutting, cursor location |
| Translational Velocity | 800–1200 mm/s |
| Cutting Speed | 200–800 mm/s (varies by material type and thickness — basis to be confirmed) |
| Repeated Accuracy | ≤ 0.1 mm |
| Transmission | Yaskawa digital servo, Hiwin linear rail, synchronous belt, ball screw |
| Instruction System | HP-GL compatible format |
| Feeding | Auto feeding with Germany imported conveyor belt |
| Pneumatic Tool Capacity | Up to 70 mm (basis to be confirmed — depends on material density) |
| Safety | Infrared sensors |
| Certification | CE |
Application Suitability
| Application | Material or Output |
|---|---|
| Carton sample making and prototyping | Single-wall, double-wall and triple-wall corrugated board |
| Rigid box and luxury packaging | Grey board and high-density chipboard |
| Short-run die-less production | Cardboard cartons, folding boxes and inserts |
| Signage and display cutting | PVC board, foam board, soft vinyl and stickers |
| Leather goods and footwear sampling | Natural leather, synthetic leather, sponge composite materials |
| Gasket and seal prototyping | Rubber, silicone and soft glass sheets |
When "Working Area" Becomes the Only Specification That Matters — And When It Shouldn’t
A cutting table sized to your sheet is only the first gate; tool head configuration and vacuum zoning determine whether the machine actually produces a sellable carton sample.
I have stood in workshops where the machine footprint matched the board, yet the creasing wheel crushed a three-ply corrugated sheet because the pneumatic pressure was never matched to the flute. On another trip, a buyer invested in a large-format table for short-run sticker work and found the vacuum zones were too broad to hold small decals flat, lifting the material mid-cut and ruining edge registration. A CNC digital cutting machine manufacturer worth engaging will ask for your material stack-up before quoting a configuration, not after [NEED_CITE: material specification workflow for flatbed digital cutting procurement].
Knife, Crease, Mark — Selecting the Right Head for Board and Beyond
The RT-D2516/RT-S2516 ships with a multifunctional tool head carrying a Swiss imported oscillating knife capable of full cutting, half cutting and cursor location. For corrugated board, the oscillation frequency and blade geometry must match the flute profile: a B-flute single-wall requires a different stroke and angle than a BC-flute double-wall. When the same machine also handles stickers and flexible materials, the drag knife or pen tool option enters the workflow for scoring and marking without cutting through the release liner. A CNC digital cutting machine manufacturer who understands packaging production will specify the head combination before production starts.
Vacuum Zoning and the Small-Part Problem Most Catalogues Ignore
A 7.5 kW vacuum pump provides substantial hold-down across the 1600 × 2500 mm table, but raw suction is not the full story. Packaging sample makers often cut nested small parts — box corners, locking tabs, internal dividers — that sit in zones too large to generate meaningful suction per square centimetre. The auto-feeding conveyor with Germany imported belt moves sheet stock onto the table efficiently, yet if the vacuum zones cannot be isolated to smaller regions, small parts lift during the final pass and spoil an otherwise accurate run [NEED_CITE: vacuum zoning standards for flatbed digital cutting of packaging substrates]. This is why zone configuration must be discussed as part of the build, not discovered during acceptance testing.
Reading the Spec Sheet Beyond the Numbers
The Yaskawa servo and Hiwin linear rail combination drives the ≤ 0.1 mm repeatability figure, which directly affects how well a crease line aligns with a cut line on a folded carton — a misalignment of even a few tenths of a millimetre causes a visible step on the finished fold. The 9 kW rated power budget must cover the vacuum pump, the servo drives, the oscillating knife motor and the conveyor simultaneously, so confirming your facility supply stays within 380V ± 10% prevents the intermittent brownouts that degrade cut consistency. HP-GL compatibility means the instruction system accepts geometry from most packaging CAD environments, but file format confirmation before order prevents a situation where the nesting output from the buyer’s existing software does not import cleanly. Cutting speed ranges from 200–800 mm/s, and the realistic figure for your workflow depends entirely on whether you are scoring grey board at low speed or cutting corrugated outlines at higher travel.
The Hidden Cost of a Default Configuration
When a buyer specifies a machine by working area and accepts a standard tool head, the first real test happens on their own material — and by then the machine is already on the factory floor. A creasing wheel set for E-flute will split the top liner of a rigid grey board, turning an entire sample batch into waste. Inadequate vacuum zoning on sticker runs causes material lift at the tail end of each cut path, producing tails that must be hand-trimmed or scrapped entirely [NEED_CITE: defect modes in digital flatbed cutting of packaging and label substrates]. These failures are not machine faults; they are specification gaps that a proper pre-order material test eliminates.
Why Source This Machine Through a Manufacturer That Builds Both Knife and Laser
In-house design and production covering both oscillating knife and laser cutting means the conversation starts with your material, not with which machine happens to be in the catalogue — corrugated board and grey board are knife work, while acrylic signage inserts and wooden prototypes may route to a laser cell instead. Tool head and table configuration are specified per material type and production volume rather than offered as a one-size default. CCD camera contour recognition is available for printed packaging samples where die-cut outlines must track registration marks on pre-printed sheets. Software compatibility is confirmed against your HP-GL or native CAD output before the order is finalised, not after delivery. Sample cutting on your own board stock — your exact flute, your exact grey board density — is performed and documented before the machine ships.
Documentation & Verification
- Machine specification sheet listing the configured tool heads and vacuum zone layout for your board types
- Electrical schematic with 380V ± 10% confirmation matching your facility transformer capacity
- Sample cutting report produced on your corrugated board and grey board stock before shipment
- HP-GL file format compatibility note showing your CAD output imports and nests correctly
- Tool head and table configuration list matched to your material thickness and flute profile
- Factory test record with dimensional checks on a corrugated carton sample before dispatch
Installation, Commissioning & Support
- Foundation must support 3450 × 2300 × 1250 mm footprint with level tolerance for accurate vacuum seal
- Dedicated 380V circuit rated above 9 kW with surge protection for servo and vacuum pump
- Table and gantry arrive partially disassembled; on-site re-alignment of Hiwin rails required
- First-run commissioning includes oscillation frequency and creasing pressure calibration on your board
- Operator training covers HP-GL import, nesting workflow and tool change procedures for each material
- Swiss knife blades, creasing wheels and vacuum seals listed as consumables with replacement intervals
What to Share Before Requesting a Quotation
Send the corrugated flute profiles and board densities you cut most often, along with maximum sheet size and typical daily sample volume. Specify your facility voltage and frequency so the electrical package matches before production starts. If you run a specific packaging CAD system, share a sample export file so software compatibility is verified in advance.
Frequently Asked Questions
Q: How do I choose between oscillating knife, drag knife and creasing wheel for different board types?
A: Oscillating knife handles corrugated board up to the confirmed thickness by vibrating through the flute structure without crushing it. Drag knife suits stickers and thin vinyl where a clean shear cut matters more than stroke depth. The creasing wheel scores fold lines on grey board and corrugated stock without cutting through. Selection is matched to each material during the pre-order configuration discussion and validated by sample cutting on your actual stock.
Q: Can I trust the published cutting speed range for my specific board and sheet size?
A: The 200–800 mm/s range reflects translational capability across different substrates, but realistic speed depends on flute type, board density and cut path complexity. Dense grey board requires slower travel for clean creasing, while single-wall corrugated outlines allow higher speed. A sample cutting report on your own material establishes the practical throughput before you commit to a daily volume target.
Q: Which cutting method fits corrugated packaging samples versus other substrates in the catalogue?
A: Corrugated board, grey board and cardboard prototypes are processed with the oscillating knife and creasing wheel because they require mechanical depth control without thermal sealing. CO2 laser suits acrylic, wood and textile applications where edge sealing is beneficial. The manufacturer covers both technologies, so the method is chosen per material rather than forcing one process across every substrate.
Q: How is file format compatibility confirmed before the order is placed?
A: The instruction system accepts HP-GL compatible output, which covers most packaging CAD platforms. Before order confirmation, a sample file from your nesting or design software is imported and run through a test cycle to verify that cut paths, crease lines and mark layers translate correctly. A written compatibility note is included in the documentation package shipped with the machine.
Q: How does the working area and auto-feeding setup scale from sample making to short-run production?
A: The 1600 × 2500 mm table accommodates standard carton sheet sizes for prototyping, and the Germany imported conveyor belt with auto-feeding allows consecutive sheets to advance without manual loading. For short-run production, throughput depends on cut complexity and material type rather than table size alone. Vacuum zone configuration and tool head selection are adjusted to match the shift from single samples to batch work.
商品评价
There are no reviews yet.