For labels outside this size range, confirm compatibility directly with the us before ordering.

Where Should the LS-8111A Be Placed in the Production Line?

The LS-8111A should be positioned immediately before the heat-press station, serving as the final QC checkpoint before a label is permanently fused onto the garment — because once a defective label has already been heat-pressed onto fabric, the cost of rework (peeling and re-pressing, or scrapping the finished piece) is typically far higher than simply catching and discarding the defective label at the inspection stage.

Frequently Asked Questions

What kinds of label defects can the LS-8111A detect? The machine uses AI visual inspection to check heat transfer label quality before pressing. The manufacturer documentation doesn’t list every specific defect type it catches, so confirm with the technical team the exact detection scope (e.g., faded printing, misalignment, incorrect sizing) relevant to the labels your factory uses.

Can the machine count labels? Yes — label counting is one of the machine’s three core functions, alongside quality inspection and separator-paper screening.

How does the remote data collection system (LSSX) work? This optional accessory enables remote monitoring of three data types: failure rate, production capacity, and usage rate — useful for factories that want to monitor performance across multiple machines without being physically present at each station.

Can it inspect labels of any size? The supported label size range is Dimension A 20–120mm and Dimension B 15–120mm, with a maximum field of view of 85×85mm. For labels outside this range, confirm compatibility directly with the supplier.

How is the ~30% efficiency improvement calculated? It’s based on comparing average processing time per label: roughly 4 seconds per label for manual inspection, reduced to roughly 3 seconds with the LS-8111A. This is a manufacturer reference figure — actual improvement may vary by operating conditions at each factory.