Home / News / Industry News / Technology News / Deviation Correction for Corrugated Paper Bag Single Pass Printers: Advantages, Necessity & Purchase Conditions
For businesses using corrugated paper bag single pass printers (key for packaging snacks, gifts, or retail goods), adding a deviation correction for printer isn’t just an upgrade—it’s a way to avoid waste, guarantee quality, and keep production smooth. Below’s why it matters, its core benefits, and when you need to pair it with your printer.
Core Advantages of Deviation Correction for Printers
Single pass printers run at high speeds (often 30–60 bags per minute) to handle corrugated paper—deviation correction solves unique pain points of this workflow:
Cuts waste by 30–50%: Corrugated paper is thick, rigid, and prone to slight shifts during feeding. Without correction, misaligned prints (e.g., logos cut off, patterns skewed) force you to scrap entire bags. The device fixes drifts in real time, turning “defects” into sellable products.
Guarantees consistent branding: For corrugated bags (e.g., snack bags with brand colors, gift bags with logos), even 1–2mm misalignment makes batches look unprofessional. Correction ensures every bag’s design lines up perfectly—critical for maintaining brand trust.
Speeds up production (no manual pauses): Manual alignment requires stopping the line to adjust each misfed bag, slowing output. The device works automatically, keeping the single pass printer running at full speed without operator intervention.
Protects the printer’s printhead: Misaligned corrugated paper can rub against the single pass printhead (a high-cost component), causing scratches or clogs. Correction keeps paper on-track, extending the printhead’s lifespan.
How Circular Belt Conveyors with Deviation Correction Baffles Works
This deviation correction equipment uses a circular rubber belt as its main conveying part. It also has adjustable deviation correction baffles. It fixes material misalignment during circular belt conveying with two methods: physical limiting and dynamic fine-tuning. It works best for small, regularly shaped materials—like small packages or parts.
The circular rubber belt takes the place of traditional flat belts. Its flexible circular shape fits tightly against conveyor rollers. This stops the belt itself from slipping sideways or twisting. Also, the circular belt has even tension. This prevents materials from shifting because of uneven belt tightness, making the baffles’ job easier.
When materials shift to one side of the circular belt (from vibration or wrong feeding positions), the material’s edge touches the deviation correction baffle on that side first. The baffle pushes the material back with a “reverse force.” For example, if the material shifts left, the left baffle pushes it right. This guides materials back to the correct path and keeps them aligned as they move.