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Videojet Launches 9310 Label Applicator for Reliable, Simplified Labeling
New labeling system combines intelligent motion control with intuitive operation to deliver consistent label application and reduced production downtime.
www.videojet.com
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Videojet Technologies has launched the Videojet 9310, a digitally controlled label applicator system designed for pre-printed, pressure-sensitive labeling. This equipment integrates into primary packaging operations within the food, personal care, household goods, pharmaceutical, and industrial sectors to support automated digital supply chain tracking.
Digital Control Mechanisms In Label Application
The 9310 system processes labels ranging from 0.4 to 4.3 inches (10 to 110 mm) in width and 0.4 to 19.7 inches (10 to 500 mm) in length. It addresses common labeling applications on rigid and flexible primary packaging, such as containers, trays, and pouches. Rather than utilizing mechanically complex components like physical clutches and brakes that require manual adjustments, the system incorporates a digitally controlled, motor-driven mechanism to govern web handling.
Automated Web Tension And Motion Management
The equipment operates on Intelligent Motion technology, which automatically calibrates label web tension, alignment, and movement. As physical conditions change during production, such as roll diameter variations or shifts in line speed, the system adapts dynamically to maintain stable label handling. Technical features including automated unwind and rewind functions, drive control, and label gap detection reduce the incidence of web breaks, misapplied labels, and material waste.
System Integration And Production Line Layouts
The hardware supports multiple production line configurations with an open label path designed to minimize loading errors. The applicator can be mounted on an optional stand that allows for 360-degree positioning, enabling top, bottom, or side label application. To connect with existing factory networks and broader automated data ecosystems, the device features Ethernet connectivity and configurable input/output interfaces. Regional availability permits remote service capabilities, delivering system alerts, performance dashboards, and secure remote diagnostics.
Additional Context:
This section details technical specifications and competitive benchmarking not included in the original product announcement
Within the industrial label application market, the Videojet 9310 competes with similar digitally driven labeling systems such as the Markem-Imaje 2200 series and the Domino M-Series. Benchmark criteria in this sector focus on dispensing speed, label placement accuracy, and web management mechanics. While traditional pneumatic or mechanical tamp-blow systems rely on compressed air and friction-based wear components, motor-driven web tensioning systems utilize closed-loop stepper motors to eliminate manual physical adjustments. The integration of Ethernet and configurable I/O aligns with current industrial networking standards for integration into automated programmable logic controller environments.
Edited by Natania Lyngdoh, Induportals editor, assisted by AI.
www.videojet.com
Videojet Technologies has launched the Videojet 9310, a digitally controlled label applicator system designed for pre-printed, pressure-sensitive labeling. This equipment integrates into primary packaging operations within the food, personal care, household goods, pharmaceutical, and industrial sectors to support automated digital supply chain tracking.
Digital Control Mechanisms In Label Application
The 9310 system processes labels ranging from 0.4 to 4.3 inches (10 to 110 mm) in width and 0.4 to 19.7 inches (10 to 500 mm) in length. It addresses common labeling applications on rigid and flexible primary packaging, such as containers, trays, and pouches. Rather than utilizing mechanically complex components like physical clutches and brakes that require manual adjustments, the system incorporates a digitally controlled, motor-driven mechanism to govern web handling.
Automated Web Tension And Motion Management
The equipment operates on Intelligent Motion technology, which automatically calibrates label web tension, alignment, and movement. As physical conditions change during production, such as roll diameter variations or shifts in line speed, the system adapts dynamically to maintain stable label handling. Technical features including automated unwind and rewind functions, drive control, and label gap detection reduce the incidence of web breaks, misapplied labels, and material waste.
System Integration And Production Line Layouts
The hardware supports multiple production line configurations with an open label path designed to minimize loading errors. The applicator can be mounted on an optional stand that allows for 360-degree positioning, enabling top, bottom, or side label application. To connect with existing factory networks and broader automated data ecosystems, the device features Ethernet connectivity and configurable input/output interfaces. Regional availability permits remote service capabilities, delivering system alerts, performance dashboards, and secure remote diagnostics.
Additional Context:
This section details technical specifications and competitive benchmarking not included in the original product announcement
Within the industrial label application market, the Videojet 9310 competes with similar digitally driven labeling systems such as the Markem-Imaje 2200 series and the Domino M-Series. Benchmark criteria in this sector focus on dispensing speed, label placement accuracy, and web management mechanics. While traditional pneumatic or mechanical tamp-blow systems rely on compressed air and friction-based wear components, motor-driven web tensioning systems utilize closed-loop stepper motors to eliminate manual physical adjustments. The integration of Ethernet and configurable I/O aligns with current industrial networking standards for integration into automated programmable logic controller environments.
Edited by Natania Lyngdoh, Induportals editor, assisted by AI.
www.videojet.com
