Premium Quality Labelmate Ucat-3-chuck Heavy Duty Label Unwinder - 80-237-0013 Gadget [WOSfukZT]

Introducing Labelmate UCAT-3-CHUCK Heavy Duty Label Unwinder

The Labelmate UCAT-3-CHUCK Heavy Duty Label Unwinder is designed for industrial applications where efficiency and durability are paramount. This powerful label unwinder offers a seamless solution for labeling needs, ensuring smooth and consistent label application across various printing and labeling systems. With its robust construction and versatile design, the UCAT-3-CHUCK is the ideal choice for businesses requiring a reliable and long-lasting labeling solution.

Key Features and Specifications

The Labelmate UCAT-3-CHUCK boasts a range of impressive features that make it stand out from other label unwinders on the market. A standout feature is the 6" wide "Quick-Chuck" Unwind Shaft, which features an inner label flange for easy and secure label feeding. This unwinder supports core diameters of 3" and label widths of up to 6" (152-mm), making it highly adaptable to various label sizes. The roll diameter can accommodate rolls up to 12" (305-mm), ensuring you can use a wide range of label roll sizes without any compatibility issues. The UCAT-3-CHUCK is also equipped with built-in Sensor Arm technology, which allows it to automatically stop and start in sync with your printer, eliminating the strain on your printer and enhancing overall performance.

Practical Uses and Warranty

The Labelmate UCAT-3-CHUCK is perfect for a variety of industrial and commercial settings, including manufacturing, warehousing, and retail. Its robust design and reliable performance make it an excellent choice for high-volume labeling operations. With its 5-Year Parts and Labor Limited Warranty, Labelmate USA guarantees worry-free operation for your labeling system. This unwinder is built to last, offering peace of mind and a long-term investment for your business. Don't settle for subpar labeling equipment; choose the Labelmate UCAT-3-CHUCK for top-notch performance and unmatched reliability.