Sublimation Calender Selection Guide: Drum Diameter, Working Width and Production Volume
The right sublimation calender depends on your volume, fabric type and product mix. This guide clarifies selection criteria across Ø200–Ø1000 mm drum diameters and 1700–3300 mm working widths.
Selecting the right sublimation calender is the first decision that determines quality and throughput in polyester textile printing. The wrong configuration leaves capacity idle or creates a bottleneck mid-shift. This guide offers a reference across the three axes that matter most: drum diameter, working width and production mode (piece or roll).
Why Drum Diameter Matters
Drum diameter directly drives fabric–drum contact time and your hourly throughput. Compact Ø200 mm drums enable fast warm-up and low installation cost — the right fit for small studios and first-time entrants. Ø320 mm mid-range is the sweet spot for growing workshops running 800–1,500 m per day. Industrial Ø400 mm and above deliver the deep heat transfer needed for 24-hour continuous production and export volume — Ø600 mm is optimal for most factories, Ø1000 mm suits multi-shift continuous operations.
Working Width Selection
Working width defines the maximum fabric width you can print. 1700 mm covers standard 150–160 cm rolls — ideal for jerseys, t-shirts and conventional home textile. 1900–2200 mm expands into large scarves, curtain fabric and mid-format banners. 3300 mm industrial widths serve exhibition-stand fabric, three-metre curtain textile and automotive interior upholstery. Remember: wider is not only bigger product — it also means higher power draw and more installation floor space.
Piece or Roll-to-Roll?
Is your production piece fabric (t-shirts, jerseys, aprons), roll fabric (curtains, duvet covers, banners), or both? Mearic MC / MM / MB series run both modes on the same machine — jerseys in the morning, rolls in the afternoon. MR is dedicated to roll-only export factories, where a larger drum wrap angle enables higher speed at the same quality. Narrow-fabric producers (ribbons, lanyards, labels) should look at MO; facilities needing post-print fixation should evaluate MX.
Quick Decision Table
| Drum Diameter | Working Width | Production Mode | Mearic Series |
|---|---|---|---|
| Ø 200 mm | 1,700 mm | Workshop, piece + roll | MC |
| Ø 320 mm | 1,700–3,300 mm | Mid-volume, piece + roll | MM |
| Ø 400 mm | 1,900–3,300 mm | Growing production, mixed | MX |
| Ø 600 mm | 1,900–4,400 mm | Industrial, 24-hour | MB |
| Ø 1,000 mm | 1,900–4,400 mm | Continuous roll, export | MR |
Choosing the right configuration means weighing daily volume, fabric type and growth roadmap together. The Mearic team works with you through the detailed specifications on each product page to land the right drum diameter + working width + production mode combination. Visit the Mearic sublimation series for a closer look.
Mearic series mentioned in this article
Compact Sublimation Calender
Compact · Piece & Roll
The MC Series is a compact sublimation calender built for both piece and roll-to-roll transfer printing. It operates without an air compressor, making it a natural fit for boutique textile workshops and producers entering sublimation production for the first time.
Mid-Capacity Sublimation Calender
Mid-Capacity · Piece & Roll
The MM Series is a sublimation calender built for mid-volume production. A wider drum diameter than the compact class and PLC touchscreen control deliver faster, more consistent prints.
Industrial Sublimation Calender
Piece & Roll-to-Roll
The MB Series is a sublimation calender family built for export-volume, multi-shift industrial textile operations. Three drum diameters (Ø400, Ø600, Ø1000 mm) and a wide range of working widths let you pick a configuration that matches your product mix and production volume.
Roll-to-Roll Sublimation Calender
Roll-to-Roll · Continuous Flow
The MR Series is an industrial sublimation calender family built exclusively for roll-to-roll production at export volume. Its core difference from MB is a larger wrap angle — fabric travels farther around the drum, which means higher print speed at the same quality and deeper heat transfer.