Flying Laser Printer
MINI UV TTO Laser Marking System
355nm cold UV laser coding technology, designed specifically for the food and beverage industry, suitable for use in a wide range of confine
Home / Solutions / Frozen Food And Film Coding
Permanent date and lot marks on frozen-food film, seasoning pouches and stretch wrap without ink smear or heat damage.
Film, frozen pouches and stretch wrap react badly to heat and wet ink.
Use 355nm cold UV on the MINI UV TTO and UV Flying Laser Printer. Original pages specify cold processing that does not damage food bags, pharmaceutical packaging or stretch films.
Coding heads must sit in tight film-tube or conveyor gaps.
MINI UV TTO is specified for confined spaces with a 75mm +/- 5mm working distance, 10.1 inch Linux controller, photoelectric trigger and synchronizer.
Need date, lot, barcode and QR that survive the freezer.
UV laser writes Code39, Code128, QR, Data Matrix and variable data inside a 100mm x 100mm field at up to 189 m/min (MINI UV) or 150 m/min (UV Flying).
Ink and ribbon cost plus smear on cold film.
Laser path uses no ink or ribbon. The stretch-film case on the original site states codes print directly on snack bags with no stickers and no inks.
Some porous cartons still need ink.
M2 MINI and online TIJ printers remain in the catalog for cartons and bottles where laser contrast is not required. Do not treat inkjet as the frozen-film default.
355nm cold UV laser coding technology, designed specifically for the food and beverage industry, suitable for use in a wide range of confine
This 5W UV laser printer is suitable for printing various items such as food bags, pharmaceutical packaging, stretch films, and 3C electroni
The 40W CO2 flying laser printer is used for high-speed online printing of mineral water bottles, food bags, cartons, and glass.Anti-counter
Small scroll wheel design—Print on any surface; Easy to carry—Print anytime, anywhere; Lightweight—Won't tire your hands; Easy to use—The Pr
The UV pages specify 355nm cold processing for food bags, pharmaceutical packaging and stretch films. CO2 is specified for bottles, cartons and glass at up to 280 m/min, which is a different substrate set.
MINI UV TTO: 0 to 189 m/min. UV Flying Laser Printer: 0 to 150 m/min.
Yes. The Large-Format Stretch Film Coding Solution case describes a laser with a large field lens marking snack bags online with no stickers and no inks.
Describe the pack and the failure mode. We will not switch a film line onto CO2 just to fill a quote.