The MPERIA OEM controller from Matthews Marking Systems is a universal coding platform designed specifically for packaging machine builders who want to embed industrial printing and marking capability directly into their equipment — fillers, labelers, case packers, and flow wrappers — without forcing the end-user to operate a separate coding station with its own screen, its own software, and its own learning curve. The controller integrates into the host machine's HMI via standard industrial protocols (Ethernet/IP, Modbus, Siemens, Allen Bradley) or software interfaces (XML, Command Line Protocol, Net Folder), so the operator controls all coding from the same panel that runs the filler — eliminating the "screen confusion" of managing two independent interfaces on the same production line.

What print technologies does the MPERIA drive?

A single MPERIA controller simultaneously manages up to three printheads across different technologies. The L-Link driver module supports up to 4 L-Series L1 thermal inkjet (TIJ) printheads — 600 DPI resolution, 12.5 mm print height per head, speeds from 61 m/min (600 DPI) to 488 m/min (75 DPI) — for high-resolution date codes, lot numbers, barcodes, and QR codes on porous and non-porous substrates. The V-Link OEM driver module controls Matthews 8000+ drop-on-demand (DOD) valve jet printheads with 7, 16, or 32 valves for large-character marking from ~2 mm to 5 inches high on corrugated cases and industrial packaging. Laser coders and third-party printers can also be driven through the same controller.

How does the MPERIA handle serialization at line speed?

The controller processes over 500 unique QR or 2D Data Matrix codes per second from databases containing up to 10 million entries — enabling pharmaceutical serialization and track-and-trace at full packaging line speed without a separate vision-verification PC. Three OEM tiers scale from single-device/single-line (OEM Lite) to multi-device/multi-line (OEM Standard) to the full feature set (OEM Advanced), allowing machine builders to match the controller to their equipment specification without paying for unused capability.