Automatic Labeling Machines and Label Applicators

The L-15 is a compact benchtop or floor-mount unit designed for small to mid-size operations, applying up to 800 labels per hour. The UPAII features a heavy-duty frame built for continuous, high-speed operation, applying up to 3,000 labels per hour, and is designed for inline integration with large-scale production and packaging lines.

Yes. NEDCO's label applicators, particularly the UPAII model, are engineered for inline integration with existing folding, bagging, and conveyor systems. This allows manufacturers to add automated labeling directly into their current production workflow without disrupting throughput, creating a streamlined finishing and packaging process from a single equipment manufacturer.

Throughput depends on the model. The L-15 applies labels at speeds up to 800 per hour, ideal for small to mid-size operations, while the UPAII handles high-volume production at up to 3,000 labels per hour. Both models maintain pinpoint accuracy and consistent label placement regardless of operating speed.

Automatic label applicators are widely used in apparel decorating, garment manufacturing, and packaging operations. Businesses that need to apply hang tags, price labels, care labels, or barcode stickers consistently and at scale rely on these systems to reduce manual labor, minimize errors, and speed up finishing and packaging processes.

No special label stock is required. NEDCO's label applicators are compatible with standard label rolls, including hang tags, price labels, care labels, and barcode stickers. This compatibility simplifies sourcing and reduces material costs, since operators can continue using their existing label suppliers and formats without modification.

NEDCO provides comprehensive after-sale support, including technical support, parts and service, and product demonstrations. All equipment is engineered and manufactured at the company's Covington, Georgia facility, and the service team ensures customers receive prompt assistance and replacement parts to minimize downtime.