Model 5300 Series Tamp-Blow Label Printer-Applicator

Model 5300 Series Tamp-Blow Label Printer-Applicator

Weber’s Model 5300 tamp-blow system is redefining the meaning of versatility in pressure-sensitive label printing and application.

In addition to offering a broad selection of high-quality print engines that feature various print resolutions and label dispensing rates, this Model 5300 system is available with optional RFID print-encode engines.

Standard direct and thermal-transfer print engines from manufacturers Zebra, SATO and Datamax produce text, bar codes and graphic images at 203, 300 or 600 dpi. The Zebra-based RFID models combine these printing capabilities with the encoding and verification of RFID inlays to meet EPC Gen 2 protocols.

Special Features & Options

The Model 5300 tamp-blow system includes a number of noteworthy features that add to the operational versatility of this printer-applicator:

• Tamp-blow application: This is a very popular method of air-assisted label placement used with standard applications and is particularly useful in the labelling of recessed areas. A printed label is fed onto a tamp pad and held by vacuum, a pneumatic cylinder extends to within .25 inch of the product, and the label is blown onto its surface to a placement accuracy of 0.03″.

• Browser-based monitoring: The status of all operational functions and configurations can be monitored by logging on to a web page that is unique to each Model 5300 unit.

• Numerous I/O’s: The system can be interfaced with many types of external devices.

• One-to-one media consumption: Special label unwind and rewind dimensions are matched to the system’s ribbon supply to ensure they are consumed at the same rate, reducing downtime and eliminating partial changeovers.

• Print job storage: Multiple label printing formats can be stored in the system’s memory, making it easier for an operator to select a job directly from the applicator instead of downloading a computer file.

The Model 5300 tamp-blow system boasts numerous additional features, including an upgradeable microprocessor controller, various inputs/outputs, plus durable construction that will withstand harsh industrial environments.

There also are several optional enhancements that can increase the system’s functionality. A product height sensor, for example, enables the printer-applicator to label items of varying heights delivered by the same conveyor.

Other options include a 15-foot umbilical connection that enables the remote location of the unit’s controller; an adjustable stand for optimum system orientation; label-on-pad and product-presence sensors; plus beacon light alerts to signal the status of label and ribbon supplies.