MELBOURNE, FL USA (August 12th, 2019) – Phase 1 Prototypes in Dallas, Texas, is a creative workshop and packaging laboratory for brands to create and develop new product designs for maximum consumer shelf impact with advanced printing technologies. For the last year, they’ve been adding new interactive layers of dimensional decorative special effects to their projects with an MGI JETvarnish 3D digital print enrichment press from Konica Minolta. The customized optical highlights, reflective foil motifs and surface texture accents are now helping print buyers, agencies and designers to connect with their customers in ways not possible with traditional finishing methods.
 
MELBOURNE, FL USA (June 9th, 2019) – Spark Printing, in Memphis, Tennessee, has lit a bonfire of new business opportunities with print buyers, brands and other fellow commercial print service providers over the last year with their MGI JETvarnish 3D digital print enhancement press from Konica Minolta. By taking a creative approach to decorative design and using an advisory-based method of delivering finishing services for promotional marketing campaigns, the firm has grown by 400% in the last year by developing partnerships with peers in the industry to make their JETvarnish 3D embellishment resources available to other printers and agencies on a national basis.
 
MELBOURNE, FL USA (April 29th, 2019) – MGI and global partner Konica Minolta will play a leading role at Odyssey Expo 2019 in Atlanta, Georgia, May 1-3. Sponsored by the International Association of Diecutting and Diemaking (IADD) and the Foil & Specialty Effects Association (FSEA), the biennial postpress finishing conference will host attendees from around the world and feature experts from the commercial printing, packaging and trade finishing industries.
 
To differentiate itself and to reinforce attractiveness of its customers' packaging, PrintPark chose digital embellishment technology from MGI in B1 format since July 2018. This technology allows digital Spot UV Coating and Hot Foiling in flat or tactile effects from 3µm up to 230 µm, for 1 to hundred thousand print.
» 19-08-2010
СТАТЬЯ (Russia)