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Is static cling causing your IML robots to pick up two labels at once?

2026-06-11

One of the most overlooked causes of IML double feeding is static electricity. When labels develop excessive static charge after printing, die-cutting, or stacking, they tend to cling together. As a result, the robot may pick up multiple labels instead of one, leading to placement errors, rejected parts, and costly production interruptions.

For injection molders, this issue often appears as an injection molding robot jam, unexpected downtime, or inconsistent cycle performance. Many teams spend hours on automated IML troubleshooting, adjusting robot settings or vacuum systems, only to discover that the real problem originates from the label material itself.

At Hardvogue, we engineer IML films with optimized anti-static performance to minimize static cling IML issues throughout the production process. Our films help labels separate cleanly, feed consistently, and maintain stable robotic pickup, reducing the risk of IML double feeding and improving automation reliability.

The result is smoother production, fewer robot stoppages, higher molding efficiency, and lower labor costs. When every second of cycle time matters, controlling static is not just a material choice—it's a productivity advantage.

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Are static labels slowing down your IML die-cutting process and wasting labor?
Why IML Labels Curl & How to Keep BOPP Film Perfectly Flat?
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