Unique process for printing multiple color indicia upon web substrates

A process for printing a web substrate in contacting engagement with an external surface of a gravure cylinder of a contract printing system, the process comprising the steps of:

• providing said gravure cylinder with a plurality of discrete cells disposed upon an outer surface thereof;
• providing a first portion of a first fluid disposed within a gamut satisfying the equations:
• {a*=−54.1 to 72.7;b*=131.5 to 145.8}→b*=0.113a*+137.6
• {a*=−131.6 to −54.1;b*=89.1 to 131.5}→b*=0.547a*+161.1
• {a*=−165.6 to −131.6;b*=28.0 to 89.1}→b*=1.797a*+325.6
• {a*=3.6 to −165.6;b*=−82.6 to 28.0}→b*=−0.654a*−80.3
• {a*=127.1 to 3.6;b*=−95.1 to −82.6}→b*=−0.101a*−82.3
• {a*=72.7 to 127.1;b*=145.8 to −95.1}→b*=−4.428a*+467.7
• where L* ranges from 0 to 100 through a first at least one channel, said first at least one channel extending from a position external to said gravure cylinder to a first of said discrete cells and having a single entry point at said position external to said gravure cylinder and a discrete exit point at said first of said discrete cells;
• providing a first portion of a second fluid disposed within a gamut satisfying the equations:
• {a*=−54.1 to 72.7;b*=131.5 to 145.8}→b*=0.113a*+137.6
• {a*=−131.6 to −54.1;b*=89.1 to 131.5}→b*=0.547a*+161.1
• {a*=−165.6 to −131.6;b*=28.0 to 89.1}→b*=1.797a*+325.6
• {a*=3.6 to −165.6;b*=−82.6 to 28.0}→b*=−0.654a*−80.3
• {a*=127.1 to 3.6;b*=−95.1 to −82.6}→b*=−0.101a*−82.3
• {a*=72.7 to 127.1;b*=145.8 to −95.1}→b*=−4.428a*+467.7
• where L* ranges from 0 to 100 through a second at least one channel, said second at least one channel extending from a position external to said gravure cylinder to a second of said discrete cells and having a single entry point at said position external to said gravure cylinder and a discrete exit point at said second of said discrete cells, said first and second fluids being different;
• providing a second portion of said first and second fluids to a respective third and fourth of said discrete cells from said first and second at least one channel respectively;
• disposing said first of said discrete cells upon said external surface at a different machine direction and cross-machine direction location from said second of said discrete cells;
• contactingly engaging said web substrate with said external surface of said gravure cylinder;
• fluidically displacing said first portion of said first and second fluids from said first and second cells onto said web substrate;
• and,
• fluidically displacing said second portion of said first and second fluids from said third and fourth cells onto said web substrate,
• wherein a first and second portion of said first at least one channel supplies said first and second portions of said first fluid to each of said first and third of said discrete cells, respectively, and
• wherein a first and second portion of said second at least one channel supplies said first and second portions of said second fluid to each of said second and fourth of said discrete cells, respectively.