Yuchon oscillating knife cutting machine has important application value in the proofing process of the packaging industry. Its high efficiency, precision and flexibility can significantly improve the efficiency and quality of prototype production. The following is its specific application scenarios and advantages analysis:
Core application scenarios
1). Rapid production of packaging prototypes
- Used to make physical samples of packaging structures such as paper boxes, display racks, gift boxes, etc., and quickly verify the rationality of the design (such as folding lines, slot positions, hollow patterns, etc.).
- Support complex special-shaped designs (such as curve cutting, multi-angle window opening), directly cut out accurate samples, and replace traditional manual or mold proofing.
2) Multi-material adaptability test
- Can cut corrugated paper, cardboard, EVA foam, PET plastic, leather and other materials to meet the packaging industry’s proofing needs for different materials (such as environmentally friendly materials, composite materials).
- Avoid the burning problem of laser cutting (such as for some plastics or coated materials) to ensure the surface integrity of the sample.
3) Small batch customized production
- After proofing and verification, small batch production (such as limited edition packaging, customer customized samples) can be carried out directly, shortening the cycle from design to delivery.
Core advantages of packing cutting machine
1) High precision and consistency
- The packing cutting machine achieves cutting through high-frequency micro-vibration, the incision is smooth and burr-free, and the tolerance can be controlled within ±0.1mm, ensuring that the sample is highly consistent with the design drawing.
- Avoid the problem of repeated adjustment caused by mold error in traditional die proofing.
2) Fast iterative design
- No need to make a die, directly import the design file (such as AI, DXF, CAD) through the software to cut, and complete the new sample production within minutes after modifying the design, greatly shortening the development cycle.
- Support parametric adjustment (such as knife pressure, speed), and flexibly respond to different material thickness and hardness.
3) Reduce costs and waste
- Save die costs (the cost of a single die can reach hundreds to thousands of yuan), especially suitable for multi-version iterative proofing needs.
- Optimize material utilization, reduce scraps through software intelligent typesetting, and reduce prototype production costs.