Fujifilm displays Revoria at Eastern Print and Pack Kolkata

Fujifilm India showcases its latest innovative product lines at the Eastern Print and Pack exhibition in Kolkata. The display featured the Revoria press and the Apeos Pro and Apeos devices.

As per an official Fujifilm statement, "The new Revoria EC2100S is a high-speed machine catering to commercial printing, quick printers, and the photo market with an output of 100 pages per minute." 

Meanwhile, the SC285S and SC285 models, which print at 85 pages per minute, are ideal for photo books, quick printing, and short-run proofing. As per a Fujifilm spokesperson, "These compact presses support paper weights from 52 to 400 GSM and feature advanced technologies like Vertical Toner Development Technology and LED Print Head Technology. An optional Smart Monitoring Gate D1 ensures real-time colour correction and alignment."

In the Apeos range, the Japanese digital print major showcased the Apeos Pro C650, an entry-level production colour device perfect for quick printers and placement across corporates and government agencies. 

Commenting on the participation, Koji Wada, managing director of Fujifilm India, said, "The Eastern Print and Pack continues to be one of the most important platforms for engaging with India’s vibrant print community, especially in the East market, which holds tremendous potential." Wada added, "Our participation this year underscores our commitment to empowering businesses with world-class printing technology that delivers precision, speed, and long-term reliability."

Priyatosh Kumar, who is the associate director and head of graphic communication and device technology at Fujifilm India, pointed out, "As a business region for us, the east is gaining momentum, and I feel in the near future the market will get matured and demand high-end products. We are strengthening our product portfolio, partner network and service capabilities in the region. Our products combine cutting-edge features with unmatched quality, enabling businesses to produce high-impact prints with greater efficiency."