Abstract: Systems and methods for improving the adhesion and durability of printing on the surfaces of plastic identification documents. This can be achieved by ensuring that the surface of the document to be printed on is at an appropriate temperature at the time of printing which helps to achieve consistent adhesion and durability of the printing from one document to the next, improves the adhesion of printing that is subsequently applied to the surface, and improves print quality. In an embodiment, a temperature sensor can be used to detect the temperature(s) of the surface prior to printing, and then based on the detected temperature, steps can be taken to ensure that the surface reaches a predetermined temperature before performing any printing on the surface.

Abstract: An improved large-format inkjet printer that is capable of providing more efficient and higher quality printing on a variety of print media, including for example, paper, fabric, corrugated media, and plywood. The improved printer provides improvements to the platen assembly, rail assembly, service station assembly, printhead assembly and vacuum assembly to provide improved printing capability. In addition the printer provides a table assembly that can be integrated into the platen assembly to provide a secure and flush surface for supporting various types of print media.

Abstract: An improved large-format inkjet printer that is capable of providing more efficient and higher quality printing on a variety of print media, including for example, paper, fabric, corrugated media, and plywood. The improved printer provides improvements to the platen assembly, rail assembly, service station assembly, printhead assembly and vacuum assembly to provide improved printing capability. In addition the printer provides a table assembly that can be integrated into the platen assembly to provide a secure and flush surface for supporting various types of print media.