EPSON automatická navíjacia jednotka etikiet pre ColorWorks sériu

The EPSON Automatic Label Rewinder Unit is a high-performance accessory designed to streamline industrial label printing workflows. Engineered for seamless integration with EPSON ColorWorks printers, this rewinder automatically collects printed labels onto a roll, enabling efficient batch processing without manual intervention.

Advantages

Enhances productivity by automating label rewinding, reducing operator handling and minimizing waste. The selectable rewinding direction (face-in/face-out) offers flexibility for various label applications. Automatic start/stop operation synchronizes with printer output, ensuring consistent tension and reliable performance.

Suitable for

• Industrial label printing environments requiring high-volume output
• Batch processing of labels for logistics, manufacturing, and retail
• Users of EPSON ColorWorks C7500, C7500G, C6000A, C6000P, C6500A, and C6500P series printers

Key specifications

• Product Type: Label Rewinder Unit
• Compatibility: EPSON ColorWorks C7500, C7500G, C6000A, C6000P, C6500A, C6500P Series
• Maximum Label Roll Diameter: 203 mm (8 inches)
• Maximum Label Roll Width: 216 mm (8.5 inches)
• Core Diameter Supported: 76 mm (3 inches)
• Rewinding Direction: Selectable (Face In / Face Out)
• Rewinding Speed: Synchronized with printer output
• Tension Control: Automatic
• Power Source: Powered by host printer
• Automatic Operation: Yes (Start/Stop)
• Construction Material: Metal and high-grade plastic
• Mounting Type: Direct attachment to compatible printer
• Operating Temperature Range: 5 - 40 °C
• Operating Humidity Range: 20 - 80% RH (non-condensing)
• Color: Black/Grey
• Application: Industrial label printing, batch processing
• Included Components: Rewinder unit, mounting hardware, documentation

Recommendations

For optimal performance, ensure the rewinder is used with compatible EPSON ColorWorks printers. This unit is ideal for businesses seeking to automate label rewinding and improve operational efficiency.