HP DesignJet Z2100-24 -44
From Leica Wiki (English)
- Variants - 24 (shown) and 44 inch versions
- Production era - 2007-2008
- Type - Pigmented ink-jet archival printer using 8-color ink
- Maximum resolution - 2,400 x 1,400 dpi / 4 pl
- Borderless printing - Yes
- Maximum printable area - 23.6 in x 300 ft roll
- Cartridge head - 8-ink - HP VIVERA ink
- Size - 49.7 x 26 x 41.2 in / 143 lb (44 model 69.7 width / 189 lb)
- Ratings & Profiles
Image Fade Ratings
- Current Archival Rated Media for the Specified Printer
- HP Professional Satin Photo Paper > 250c > 275bw
- HP Premium Instant Dry Gloss Photo Paper - 220c > 275bw
- HP Super Heavyweight Plus Matte Paper > 250c > 275bw
- HP Hahnemühle Smooth Fine Art Paper > 250c > 275bw
- HP Hahnemühle Textured Fine Art Paper > 250c > 275bw
- HP Hahnemühle Watercolor Paper > 250c > 275bw
- HP Professional Matte Canvas > 250c > 275bw
- HP Collector Satin Canvas > 250c > 275bw
- Canson Infinity BFK Rives - 198
- Canson Infinity Edition Etching Rag - 235
- Canson Infinity Arches Velin Museum Rag - 218
- Canson Infinity Rag Photographique - 219
- Canson Infinity Rag Photographique DUO - 246
- Canson Infinity PhotoGloss Premium RC Photo - 220
- Canson Infinity PhotoSatin Premium RC Photo - 221
- Canson Infinity Arches Aquarelle Rag - 228
- Canson Infinity Montval Aquarelle - 201
- Canson Infinity Montval Torchon - 365
- Canson Infinity Mi-Teintes 50% Rag - 248
- Canson Infinity Museum Canvas Water Res. Matte - 252
- Canson Infinity Artist Canvas Water Res. Matte - 340
- Canson Infinity Artist Canvas Professional Gloss - 365
- Inkpress Rag Cooltone 300 Paper > 350
- Inkpress Rag Warmtone 200 gsm Paper > 450
- Inkpress Rag Warmtone 300 gsm Paper > 450
- Inkpress Watercolor Rag 200 gsm Paper > 450
- Ilford Galerie Smooth Gloss > 200
- Ilford Galerie Smooth Pearl > 200
- Ilford Galerie Gold Fibre Silk > 200
Notes
- - 220 = 220 years displayed prints under glass without significant fading
- > 250 = greater than 250 years test continuing (c = color - bw = black & white) as rated by Wilhelm Imaging Research