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FAQs

How should we compare printing equipment with different output technologies?

Use your actual job mix: finished size, monthly volume, run length, substrates, color requirements, makeready, labor, consumables, and finishing. Calculate the cost per sellable job at the production settings your operators will use, rather than comparing rated speeds.

When does offset make more economic sense than digital printing?

Offset usually gains a cost advantage as run length rises because plate and makeready costs are spread over more sheets. Automated plate changing and LED-UV curing can lower that crossover point by cutting setup time, drying delays, and work in process.

Should we choose a flatbed, roll-to-roll, or print-and-cut system?

Choose a flatbed for rigid sheets and direct-to-object work, roll-to-roll for higher volumes of flexible media, and print-and-cut for decals or contour-cut graphics. Separate devices may make sense when frequent changeovers consume billable capacity on a shared platform.

Which published printing equipment specifications deserve the most scrutiny?

Check speed at each resolution and ink configuration, maximum image area, media limits, color channels, curing method, duty cycle, loading method, power requirements, and environmental limits. Maximum speed rarely applies to white ink, high-opacity, textured, or close-view work.

What site requirements should be confirmed before ordering production printing equipment?

Confirm the footprint, rigging route, floor loading, electrical service, compressed air, ventilation, climate limits, network access, media storage, and service clearance. Print & Finishing Solutions can review production printing equipment installation requirements for supported Western U.S. locations before delivery.

How should we calculate printing equipment ROI?

Model recovered outsourcing, added capacity, sellable output, spoilage, operator hours, consumables, maintenance, financing, and finishing labor. Use normal production modes and realistic shift availability. Include the margin from jobs your current equipment cannot produce or deliver on schedule.

What should we evaluate when buying pre-owned printing equipment?

Review operating counts, service records, printhead or cylinder condition, software support, parts availability, accessories, installation costs, and training. A low purchase price can disappear quickly when a system needs immediate repairs or cannot handle the planned workflow.

Why does regional service coverage matter for production equipment?

Downtime brings missed capacity, overtime, outsourced work, and delivery risk. Before purchase, confirm technician location, response procedures, remote diagnostics, preventive maintenance, parts inventory, and training. PFS provides factory-authorized printing equipment service and technical support across its Western U.S. territory.

This table is optimized to answer which Print & Finishing Solutions printing platform fits a specific production method, format, substrate, and output requirement.

Equipment Equipment Class Maximum Format Published Output Media or Plate Range Primary Production Fit
RMGT 970 Series 8-up sheetfed offset press Up to 25.59 x 37.99 inches Up to 16,000 sheets per hour Commercial sheets, direct mail, and selected packaging stocks High-volume commercial work, longer runs, fast makereadies, and LED-UV production
Mimaki JFX600-2513 Production UV-LED flatbed printer 98.43 x 51.18-inch print area Up to 2,152.78 square feet per hour Rigid and flexible media up to 2.36 inches thick High-volume boards, displays, packaging prototypes, and point-of-purchase graphics
Mimaki UCJV330-160 UV-LED roll-to-roll printer and cutter 63.4-inch maximum print area Output varies by resolution, color set, and print mode Roll media up to 1 mm thick and 99.2 pounds Decals, films, layered graphics, contour-cut work, and heat-sensitive media
KODAK ACHIEVE T400/T800 Thermal computer-to-plate system 4-page or 8-page plate formats 16 to 28 plates per hour at 2400 dpi Plate gauges from 0.006 to 0.012 inch Offset plate production with semi-automatic through multi-cassette loading options
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