Cardboard Creasing and Cutting Machine for Packaging – Factory Direct

Precision Matched Tooling — Every RT–R2513 / RT-D2516 / RT-S2516 configuration is locked to your board grade and ply count after a sample cut on your own stock, not just the working area.

Technical Specifications

Application Suitability

Why Board Grade Matters More Than Cutting Area

A laser cutting machine for sale is often pitched on its footprint, but a carton cutting table that cannot handle your specific board ply will fail before the first shift ends. Configuration must be matched to the board grade, ply count, and daily volume before the order is placed.

I saw a gift box producer lose an entire first batch because the creasing wheel was set for standard single-wall corrugated, but they were actually running 2mm high-density greyboard. The folds cracked, the boxes split, and the client walked. That failure was not about machine power; it was about a tool head that never touched the actual material. [NEED_CITE: common failure modes in short-run packaging prototyping]

Laser Process Versus Knife Process in Packaging

While many shops assume a laser is the default for packaging samples, a CO2 laser cutting and engraving machine manufacturer often points buyers toward oscillating knife tables when the material is thick board or composite paper. Laser beams can scorch the edges of greyboard or delaminate coated stock, leaving burn marks that are unacceptable for premium presentation packaging.

The knife and creasing tool combination on the RT–R2513 / RT-D2516 / RT-S2516 series keeps the edge mechanical and clean. The kiss-cut tool also allows sticker and label producers to cut through the face material without damaging the release liner, a task where laser thermal spread often fails. [NEED_CITE: thermal impact of laser on laminated packaging materials]

Extraction and Edge Sealing Requirements

If your shop already runs laser extractors for acrylic or wood, moving to a knife-based packaging line changes your ventilation profile entirely. Laser cutting generates significant fume and particulate that require dedicated extraction, whereas the oscillating knife on this CNC table produces dry dust and small offcuts that are managed with standard shop vacuums and table cleaning routines.

For synthetic packaging materials like PP paper or coated vinyl, the laser can seal the edge as it cuts, preventing fraying. But for natural fiber boards, that thermal seal is a defect, not a feature. The mechanical cut leaves a fibrous edge that accepts glue and tape properly during the folding and assembly stages.

How Specs Translate to the Shop Floor

The 7.5kW vacuum pump paired with the aluminum honeycomb table is not just a power number; it dictates how well small die-cut shapes stay flat during the kiss-cut pass. If the zoning is poorly mapped, small sticker contours lift and shift, ruining registration. The <0.05mm repeatability is achieved through the Taiwan Hiwin linear guide, which maintains that tolerance even when the table is running long shifts cutting dense board.

The software accepts DXF, OLT, PDF, and AI files, which means most packaging design workflows can drop in without re-drawing the artwork. Language customization on the control interface prevents operator error in non-English speaking facilities. The 9kW total rated power means a standard industrial circuit can handle the load, provided the 380V supply is stable and correctly phased. [NEED_CITE: industrial voltage stability requirements for servo-driven CNC tables]

The Cost of the Wrong Tool Head

When a buyer selects a machine based solely on the working area and price, the tool head mismatch usually surfaces during the fir*l will crush 3mm foam board instead of slicing it, leaving ragged edges that require manual trimming.

Conversely, using an oscillating knife on thin sticker stock without a proper kiss-cut adjustment will cut through the backing paper, destroying the roll. These errors are not machine faults; they are specification gaps that a sample cut on the buyer’s actual material would have caught before the machine left the factory. [NEED_CITE: tooling selection matrix for packaging substrates]

Why Procure This Configuration Here

Realtop designs and builds both knife and laser tables in-house, so the packaging producer is not forced into a laser solution when a knife table is the correct process match. The tool head list and vacuum table zoning are specified per material grade, not just a generic setup.

Electrical schematics and voltage confirmation are locked before production starts, avoiding the shock of a machine that cannot plug into the local grid. Software compatibility is verified against the buyer’s existing file formats and nesting workflow before the order is finalized.

Documentation & Verification

• Sample cutting report on your specific board grade and thickness before commitment
• Tool head and vacuum table configuration list matched to your material profile
• Electrical schematic and voltage confirmation for your target market grid
• Software licence and file format compatibility note for DXF, AI, PDF workflows
• Operation and maintenance manual with language customizable to your shop

Installation, Commissioning & Support

• Machine footprint 3550×1910×1400mm requires clear floor space and level concrete pad
• 380V 3-phase supply with dedicated circuit to handle 9kW rated load
• Ethernet port transmission requires stable LAN connection to design station
• Vacuum pump 7.5kW needs separate breaker to avoid servo drive interference
• 10 pieces of oscillating blades included for initial commissioning and operator training
• Warranty covers 1 year, excluding felt and knife blades as consumable items

Preparing Your Inquiry

To get a configuration that actually runs your stock, provide the exact board type, ply count, and maximum thickness you plan to cut daily. Include your standard sheet size and whether you need creasing, kiss-cutting, or full through-cut in the same setup.

Specify your local voltage and frequency, the control language your operators need, and whether your existing design software outputs in DXF, AI, or another format. If you have a sample of the actual material, sending it for a test cut is the most reliable way to lock the tool head and vacuum zoning.

Frequently Asked Questions

Q: How do I confirm the cutting thickness capacity for my specific board?
A: The listed ≤18mm capacity is a general limit. Actual cutting depth depends on the board density and ply structure. A sample cut on your exact material grade is required to confirm the correct blade type, oscillation frequency, and vacuum hold-down before the machine is configured for your production.

Q: Which tool head do I need for creasing versus full cutting?
A: The creasing tool compresses the board fibers to create a fold line without severing the sheet, while the oscillating knife cuts completely through. For gift box prototypes, both are usually required in the same tool head setup to produce a flat-pack sample that folds cleanly.

Q: Can the software handle my existing packaging design files?
A: The control software accepts DXF, OLT, PDF, and AI formats. If your design team uses a specific nesting or CAD package, the file format compatibility should be confirmed before shipment to ensure your current workflow integrates without requiring new design licenses.

Q: Is the voltage and plug type confirmed before shipping?
A: The standard configuration is 380V, but the electrical schematic and voltage must be confirmed against your local grid before production begins. This includes the plug type and control language, ensuring the machine can be powered and operated on arrival.

Q: How does the vacuum table handle small sticker parts?
A: The aluminum honeycomb table uses zone-based vacuum adsorption. For small label contours, the zoning must be configured to hold the material flat without lifting during the kiss-cut pass. This configuration is defined during the sample cutting phase based on your smallest part size.