Machine engineering
Mechanics are planned around steady sheet movement, practical access points and repeatable setup.
A Dazzling Touch
MOTTONI designs systems that bring cold foil application into offset printing lines with precise registration, stable operation and practical setup.
Machinery Innovation
MOTTONI focuses on machinery, docking stations and process details that help operators add metallic foil effects inside the existing press workflow.
Approach
Mechanics are planned around steady sheet movement, practical access points and repeatable setup.
Systems are developed to work with offset presses and support production without moving the job to a separate foil process.
Cold foil helps packaging and commercial print add metallic areas, fine detail and overprinted colour in one controlled process.
Cold Foil Machine
MOTTONI Cold Foil Machine mounts to offset presses and applies foil inline. The floor-mounted portable module and docking station layout support use across different production areas.
Why Cold Foil?
Adjustable application areas, controlled material use and faster workflows create cost advantages.
Short setup time, easy sample printing and quick job changes accelerate production flow.
Large solids, fine detail, halftones and small type can be handled with accurate registration.
Silver, gold and holographic foil options help brands add visible metallic detail and security effects.
Foil is applied on the press, reducing the need for a second offline operation.
The transferred metallic surface can be overprinted with CMYK or special ink mixes.
Process Comparison
Hot foil is shown as a reference only. MOTTONI focuses on inline cold foil, where setup is faster and metallic effects can be overprinted during the same production flow.
Cold foil printing applies the foil effect in one pass on press. Because the transferred metallic surface can be overprinted, design, color and production flexibility come together in the same process.
Hot foil stamping is a traditional foil application that requires a metal die, heat and pressure. In most production flows, it is planned as a separate second operation.