COMPARISON
Compact Workshop vs Industrial Factory Sublimation Calender
Pick the right class before you pick a model — workshop MC or factory MB.
A compact workshop calender and an industrial factory calender are not smaller and larger versions of the same machine — they are built for different shop floors. A workshop unit runs single-phase power, a 1700 mm working width and an electrically heated Ø200 mm drum for short runs of mixed products. A factory line expects three-phase 380 VAC, oil heating, drum diameters from Ø400 up to Ø1000 mm, and a PLC-driven safety stack designed for continuous three-shift production. The threshold between the two is measured in daily output and infrastructure, not ambition.
Compact Workshop (MC Class) Fits When…
Your output sits below roughly 500 metres per day on a sustained basis, your power supply is single-phase, and your floor plan prioritises flexibility over throughput. This is the realistic setup for print-on-demand studios, personalised merchandise brands, boutique apparel labels and start-up polyester printers entering sublimation. The Mearic MC series is built around this profile: a 1700 mm working width, an electrically heated Ø200 mm drum, a 12 kW load and a compact footprint that moves through standard doorways. You change substrates, widths and designs many times a day without reconfiguring a production line, and CAPEX stays at entry level so the machine pays itself back on varied short-run work.
Industrial Factory (MB Class) Fits When…
Sustained daily output is above roughly 2000 metres, you run two or three shifts, and the facility already has three-phase 380 VAC distribution with a dedicated machine bay. This is the profile of sportswear exporters, soft-signage factories, home-textile mills and contract printers supplying continuous wide-format volume. The Mearic MB series covers this tier with thirteen configurations across 1900–4400 mm working widths and Ø400, Ø600 or Ø1000 mm oil-heated drums, installed loads from 33 kW to 90 kW and above, a full PLC and safety stack for 24-hour operation, and a combined table plus bottom belt so the same line handles cut pieces and rolls without swapping tools.
How to Decide
Use four inputs in this order: sustained daily metres, available power supply, floor area and scale-up horizon. If you push less than 500 metres per day, work from single-phase power and need mixed-product flexibility, the compact workshop class is the honest answer — a larger drum will sit idle most of the week and depreciate faster than it earns. If you already clear 2000 metres per day, run multi-shift and have three-phase distribution in place, the industrial factory class is the only configuration that will keep up without overheating drives, burning out heaters or bottlenecking upstream printers. Between those two numbers sits the mid-capacity MM class. Choose MM when today's volume is in the 500–2000 metre band but trending up, when you want industrial-grade quality — PLC control, oil heating, heavier mechanics — inside a mid-sized footprint, or when you need a bridge machine while the factory line is being commissioned. The wrong class is expensive in both directions: an undersized workshop unit throttles a factory floor, while an oversized factory line drains power and floor space that a workshop does not have. Match the machine to the shift pattern you actually run, not the one you aspire to run in five years.
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