Cardboard Creasing Cutting Machine Plotter | OEM Available

Tool-Head Configurability — Each cutting head, creasing wheel, and punch is assigned per flute profile and board grade rather than bundled as a fixed package.

Technical Specifications

Application Suitability

Why "Maximum 18 mm" Is Not the Whole Story

Cutting depth capability only matters when matched to the specific board grade, flute height, and density you actually run on the table.

Many buyers specify a CNC oscillating knife cutting machine based on the headline thickness number, then discover mid-production that the blade cannot cleanly shear through a denser double-wall corrugated at the same depth. The oscillation frequency, blade geometry, and downward pressure all interact with the material’s internal structure. A figure quoted without reference to board grade leaves out the variables that determine whether your sample folder will hold a clean crease or tear at the fold line [NEED_CITE: corrugated board grade classification and flute profiles].

Tool Heads Matched to Board Structure

The RT–R2513 is configured with four tool stations: oscillating knife for through-cuts, creasing tool for fold lines, kiss-cut knife for partial-depth label work, and round punch for registration or hang holes. Each tool is selected against the flute type and ply count of the board you run. The CNC oscillating knife cutting machine specifications must therefore list not just thickness but the exact board construction the setup was validated against.

Vacuum Zoning for Small-Part Hold-Down

The aluminum honeycomb table is divided into independently controllable zones. When cutting a nest of small carton blanks or business cards, only the zones under active material need to be energized. This prevents edge lift on lightweight stock where a full-table vacuum would pull air through gaps and leave parts drifting under the knife head [NEED_CITE: vacuum table zoning principles in digital cutting systems].

Reading the Spec Sheet Against Your Production Reality

A repeated accuracy of < 0.05 mm is achievable on the Hiwin linear guide and rack drive, but that tolerance holds only when the machine is leveled on a stable workshop floor and the felt belt is tensioned to spec. The 7.5 kW vacuum pump delivers sufficient suction for corrugated board, yet its effectiveness drops if the honeycomb cells are clogged with paper dust from a long production run. The 9 kW rated power draw covers the servo drives, oscillation motor, and vacuum pump together; confirm with your site electrician whether 380 V at your local frequency can sustain that continuous load alongside other shop equipment. These interactions between specifications define what the machine will actually deliver on your floor, not the numbers standing alone on a datasheet.

The Cost of Skipping the Configuration Conversation

When a buyer orders on working area alone and receives a standard tool setup, the first sheet of dense grey board may show ragged edges where the oscillating knife was never adjusted for that material’s fiber density. Small carton blanks can lift at the trailing edge if the vacuum zones are not mapped to the nesting pattern, producing scrap instead of finished samples. These issues surface after the machine arrives, when the factory is days away and the production schedule is already committed [NEED_CITE: material-machine mismatch in digital cutting operations].

What This Purchase Path Actually Looks Like

Tool head and vacuum configuration are specified per material before the order is finalized, so the machine arrives set for your board grade rather than a generic default. Sample cutting on your own corrugated or card stock is completed and documented before you commit, removing guesswork about edge quality and crease definition. Software compatibility — DXF, OLT, PDF, AI — is verified against your existing nesting workflow, not assumed. Voltage, plug type, and control language are confirmed against your local electrical standards and operator preference. In-house design and production cover both the mechanical frame and the cutting head logic, meaning configuration changes happen at the factory, not as field improvisations.

Documentation & Verification

• Factory test record run on your specific corrugated flute and board grade
• Electrical schematic with voltage and frequency confirmed for your market
• Tool head assignment list mapping each tool to your board type and thickness
• Software license note with confirmed DXF, PDF, AI file format compatibility
• Spare parts list itemizing oscillating blades, felt belt sections, and vacuum seals

Installation, Commissioning & Support

• Requires leveled floor space exceeding 3550 × 1910 mm for the RT–R2513 frame clearance
• Dedicated 380 V circuit rated for the 9 kW continuous draw plus vacuum pump startup surge
• Machine ships fully assembled; positioning and utility connection only on arrival
• First-run parameter setting includes vacuum zone mapping to your nesting layout
• Operator training covers tool change procedure across oscillating, creasing, and kiss-cut heads
• Consumable spares kit includes oscillating blades and felt belt tensioning guidance

What to Send with Your Inquiry

Share the exact board grades you run — flute profile, ply count, and grammage — along with your typical blank dimensions and daily volume. Confirm your workshop voltage and frequency so the electrical package is built to match. If you have an existing nesting software workflow, send a sample file so format compatibility is checked before quotation.

Frequently Asked Questions

Q: How do I confirm the cutting thickness will work for my specific corrugated board grade?
A: The stated maximum is a starting point. Send a sample of your actual board — including flute type and grammage — so a test cut documents edge quality, crease integrity, and achievable speed on your material before the configuration is locked in.

Q: Which tool head handles my folding carton crease and kiss-cut label work?
A: The creasing tool scores fold lines on carton board, while the kiss-cut knife cuts through face stock without penetrating the liner. Your tool assignment is mapped to your specific material stack and confirmed in the pre-order sample report.

Q: Can the CCD system track printed registration marks at my production speed?
A: Printed contour tracking depends on mark contrast, lighting conditions, and travel speed. Provide a printed sample sheet so recognition accuracy is tested at your target throughput before the system configuration is finalized.

Q: What voltage and language options are confirmed before the machine ships?
A: Voltage and frequency are set to match your local supply standard. The control interface is available in English, Russian, Italian, or Chinese, with other languages configurable — all confirmed before production begins.