Manual labeling VS automated mechanical labeling
1. Efficiency
- Manual labeling: manual alignment of each sheet is slow, affected by worker skill and fatigue, resulting in long time for large orders, suitable for small batches and sampling.
- Automated Machinery Labeling: Continuous high-speed operation, stable and continuous output, maximum capacity for large-scale orders, suitable for mass production orders.
2. Labeling accuracy
- Manual labeling: High human error, labels are crooked, shifted, bubbling, wrinkled, and each sheet is positioned inconsistently, resulting in unstable yield rates.
- Automated mechanical labeling: Mechanical positioning ensures uniform labeling positions, minimal skewing, no foaming, high consistency, and a neat finished product appearance.
3. Labor costs
- Manual labeling: requires multiple workers, high labor costs, difficulty in recruitment, and personnel turnover affecting production progress.
- Automated Mechanical Labeling: One person manages multiple machines, reducing labor input and lowering overall production costs for long-term production.
4. Stability & error rate
- Manual labeling: Prolonged operation can lead to fatigue, missed labeling, or re-application, resulting in significant quality fluctuations.
- Automated Mechanical Labeling: Equipped with detection to prevent leakage and reapply, 24-hour stable operation, and controllable quality.
5. Applicable scenarios
- Manual labeling: sample sampling, very small orders, and irregular and complex products.
- Automated Mechanical Labeling: Standardized products such as hang tags, paper boxes, cards, and packaging bags, produced in medium to large quantities.
6. Initial investment
- Manual labeling: No equipment investment, but labor costs continue to be consumed.
- Automated Machinery Labeling: Initial equipment investment leads to quick return on investment after large volumes.
