2025 Irregular Corrugated Cardboard CNC Cutting Machine

Brand: Yuchon
Model: YC-1625L (size can be customized)
Work Size: 2500*1600mm
Applicable cutting materials:corrugated cardboard, honeycomb board, foam board, PVC, and other packaging materials with ease.
Cutting tool: Oscillating knife cutting tool, V-cutting tool, Creasing wheel etc.
Feature：affordable and customizable

 

 

• 🔹 Time-Consuming Process
  Conventional methods require days to move from manual design to sample production and client approval, delaying project timelines.

• 🔹 High Costs
  Each new die costs hundreds of dollars. If a prototype is rejected, additional dies must be created, significantly increasing expenses.

• 🔹 Lengthy Production Cycles
  Every design change requires a new die, wasting time and resources while potentially causing missed business opportunities.

• 🔹 Limited Flexibility
  Traditional cutting struggles with custom or small-batch orders, making it difficult to meet evolving market demands.

 

 

• ✅ Rapid & Efficient Production
  From concept to finished prototype, the entire process takes just minutes. Any design modifications can be made and executed on the spot, ensuring quick turnarounds.

• ✅ Significant Cost Savings
  Eliminates the need for costly physical dies, cutting down production expenses and avoiding lengthy setup times.

• ✅ Flexibility
  Ideal for both high-volume manufacturing and small-batch production.

• ✅ Quick Meet to Market Demands
  Companies can swiftly adapt to customer demands and capitalize on new business opportunities.

• By integrating the corrugated cardboard cutting machine, cardboard industry companies can greatly boost their market competitiveness and overall profitability.

 

 

 

 

Step 1: Material Loading and Preparation

Before the cutting process begins, the material (e.g., leather, foam, or carbon fiber) is placed on the machine’s cutting bed.

Step 2: Set cutting parameters

With the software to open the file (support PLT or DXF format), the operator set the cutting graphics parameters and transfer to the device, adjust the cutting parameters, the machine began to work.

Step 3: Tool Calibration and Alignment

The cutting tool is calibrated to ensure proper alignment and cutting depth.

Step 4: Precision Cutting Process

The knife cuts at high speeds along the programmed path, delivering flawless cuts with high precision.

 

 

1. Users can use other mapping software to make drawings, convert them to PLT or DXF format, and upload them to our own software
.
2. The machine control software itself has certain simple graphic design functions