An image of a person wearing a Mimaki DTF printed t-shirt with a brightly coloured graphic on the front

Direct-to-Film Printing Essentials: Your DTF Questions Answered

If you work within the printing industry, you’ve probably heard of DTF printing, or direct-to-film printing. And that’s not surprising, given its reputation as the most adaptable technique for garment and apparel printing available today. But have you delved into its full potential?

The CJV150-130 - a popular Mimaki printer/cutter

Three-year warranty on selected Mimaki printers offers unprecedented peace of mind

Hybrid Services is offering an additional year of warranty worth up to £3,155 on selected solvent printers and integrated printer/cutters for a limited time, as part of its “Mimaki Spring Offers” promotion, that runs until 18th June 2024.

A selection of Mimaki applications to be shown at drupa 2024

“We Are the Future of Print” – Mimaki to Spotlight Innovation, Sustainability and Inclusivity at drupa 2024

At drupa 2024, Mimaki is to showcase engineering excellence with innovations and initiatives that are set to future-proof the sign graphic, industrial, and textile industries, whilst driving environmental and social sustainability.
Mimaki Kebab HS offers increased speed and ability to print to tapered objects

Mimaki Kebab HS takes digital print beyond shape limitations

"The new Kebab HS allows users of our popular UJF Series printers to add another dimension to their product offering."
Mimaki TRAPIS system offers environmentally conscious, two step textile transfer printing solution onto multiple fabric types

Mimaki launches TRAPIS – an environmentally conscious, two-step textile transfer printing solution

Mimaki Europe has announced the commercial release of its textile pigment transfer printing system, named “TRAPIS”. Following the preview of the technology at ITMA 2023, this commercialised version, available later this year, offers an environmentally friendly and easy to operate solution for textile applications – saving almost 90% of wastewater compared to conventional methods.

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