VIAjet™ T-Series high resolution printers represent the latest industrial inkjet technology available, providing exceptional print resolution and versatility along with unparalleled levels of readability. The T-Series is a cost-effective alternative to adhesive labels and pre-printed corrugated boxes.
Matthews Marking Systems' Viacode print management platform for high-speed packaging lines manages messages and settings across one or several production lines or packaging locations, providing industrial printing for primary, secondary, and tertiary packages.
Targeted at snack-food and candy packaging applications using oriented polypropylene film, the eSolarMark Fiber YAG laser coding system from Matthews Marking Products responds to the carbon ink on a package's film substrate to produce a brilliant, contrasting code, without causing film perforation.
Matthews CX16F economical small character inkjet printer is ideal for simple one or two line coding onto various packaging surfaces such as wax coated cartons, plastics and metals. Simple and reliable coding of date, time or lot info.
High resolution printing of variable data onto rigid or semi-rigid materials such as plastics, cardboard or coated metals is accomplished with ease with Matthews Coditherm thermal transfer printer. High quality barcodes and variable text eliminate the need for stock labels.
Matthews Marking Products offers the finest laser coding systems within the marking products industry. Contact Matthews to discuss the ownership of this luxury coding system with the affordability of a table wine.
Brand on demand with the new Viacode high resolution inkjet printer by Matthews. Print crisp, precise barcodes, multiple lines of text, and large graphics directly on your corrugated cartons. Print what you want, when you want, with Viacode.
Matthews Marking Products' features an application case summary on bar coding of transportation security tags used in the shipping industry for tracking and traceability of air, ground and ocean cargo using a thermal transfer printer.
FROM PACK EXPO 2008: Matthews Marking Products’ I-Mark C84 ink-jet coding system features easy message creation and operating functions, up to four lines of print, low operating cost, and self-cleaning printhead.
The IP7000 high-resolution printer from Matthews represents the latest industrial
ink-jet technology available, while providing exceptional print resolution
and versatility along with unparalleled levels of readability.
The I-Mark SX 7/16 from Matthews is available in two configurations: SX7 model for single-line printing, and the SX16 model for a two-line solution. Low ink consumption provides a secondary cost savings benefit over and above the low priced system.
The new e-SolarMark fiber laser marking system from Matthews provides on-the-fly or stationary permanent, high quality small character marking of metalized materials, such as packaging foils and metals. With no consumables and an average life of 100,000 working hours, this new air-cooled laser marking system requires less space - and consumes less energy than typical YAG lasers.
The DOD 8400e is Matthews' new small and large character ink-jet printer, perfect for in-line marking of one to five lines, at speeds up to 780 fpm. Designed to achieve more uniform, higher-quality marks at faster speeds, the 8400e is certain to be the most reliable system to date. Watch this video from Pack Expo Las Vegas to see it in action.
The Coditherm from Matthews is a digital printer developed for automatic, direct thermal transfer marking of objects made of rigid or semi-rigid material, or with uneven, porous surfaces. To date, in most applications, it has not been possible to print directly on such products with electronic thermal transfer print heads.
Watch how the marking and coding process gets easier with a full-color, 10.4" color touchscreen in this video from the Matthews booth at Pack Expo Las Vegas. Enjoy the ease of an icon-based, graphical interface with the security of automated and internally managed print settings and diagnostic utilities.